Canadian Solar Inc.
Could not find a ticker for this position, may be a filing error
A maker of solar panels and battery energy storage systems, Canadian Solar also develops and operates large-scale solar and storage power projects around the world through its Recurrent Energy arm, with storage gear sold under the e-STORAGE brand. It was founded in 2001 by Dr. Shawn Qu, a former Ontario Hydro research scientist, who has said the name "Canadian Solar" was simply the first name that popped into his head.
4.25% Convertible Senior Notes due February 15, 2019
20-F · Fiscal year ended Dec 31, 2025 · SEC filing ↗
The original filing sections are available below.
Foreign Exchange Risk Our business transactions are carried out in various currencies, including the U.S. dollar, Renminbi, Euro, and others such as Brazilian real, British pound, Australian dollar, Japanese yen and Canadian Dollar. We continually evaluate our foreign currency e…
Foreign Exchange Risk Our business transactions are carried out in various currencies, including the U.S. dollar, Renminbi, Euro, and others such as Brazilian real, British pound, Australian dollar, Japanese yen and Canadian Dollar. We continually evaluate our foreign currency exposure based on current market conditions and the locations in which we conduct business. We manage most foreign currency exposures on a consolidated basis, which allows us to net certain exposures and take advantage of natural offsets. Currency fluctuations may affect our cash flows, revenues, and expenses, particularly when transactions occur in currencies that differ from the functional currencies of our subsidiaries. We recorded foreign exchange gains of $46.8 million in 2024 and loss of $16.8 million in 2025. To mitigate currency risk, we use derivative instruments, primarily foreign exchange forwards or options, to hedge against U.S. dollar exposures. We incurred losses from changes in the fair value of foreign currency derivatives of $51.4 million in 2024 and $42.4 million in 2025. As of December 31, 2025, we held approximately $206.1 million in net monetary liabilities denominated in various currencies. A 10% change in those currencies relative to their functional currencies would result in a foreign exchange impact of approximately $20.6 million, excluding the effect of hedges. We also face translation risk, as our consolidated financial statements are presented in U.S. dollars while some subsidiaries use other functional currencies. Appreciation or depreciation of these currencies may result in gains or losses upon disposal or sale of these subsidiaries. As we expand our international business, our foreign exchange exposure may increase further. Interest Rate Risk Our interest rate risk primarily arises from floating-rate borrowings and short-term investments. We use derivative financial instruments, such as interest rates swap, to manage some of our interest risk exposure. A hypothetical 1% increase in interest rates would have increased our annual interest expense by approximately $43.0 million based on floating-rate borrowings as of December 31, 2025, compared to $30.2 million based on floating-rate borrowings as of December 31, 2024. Commodity Price Risk We are exposed to price volatility in raw materials, components, logistics and energy costs used in the manufacturing and transportation related to our solar modules and battery energy storage products, and EPC costs related to our project constructions. Our reliance on a limited number of suppliers further heightens this exposure. Price increases, supplier disruptions or reduced availability of key materials could materially impact our costs and margins if not passed on to customers. We may use commodity hedging instruments and supplier diversification to mitigate these risks. 108 Table of Contents Certain of our manufacturing inputs, including lithium carbonate used in battery energy storage systems and silver used in solar cell metallization, are subject to commodity price volatility. To the extent that fixed or indexed pricing arrangements with suppliers are not available or do not provide sufficient price certainty, we may, in the future, seek to mitigate price risk through commodity hedging arrangements, supplier diversification, or other contractual mechanisms. There can be no assurance, however, that such risk management strategies will be available on acceptable terms, will effectively offset price volatility, or will not introduce additional costs, liquidity requirements, or counterparty risks. For our supply chain management, see “Item 4. Information on the Company—B. Business Overview—Supply Chain Management.” For risks relating to the long-term agreements with our raw material suppliers, see “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—Supply chain disruptions, cost increases or performance issues could adversely affect our business and relationship with customers, particularly given our dependence on a limited number of key suppliers.” In connection with our long-term ownership of solar power and battery energy storage projects, we are exposed to merchant power price fluctuations and power price volatility in the electricity markets, particularly during periods of grid congestion. Our participation in power trading activities could further increase our exposure to such market price volatility. Inflation, particularly in the U.S. and Europe, has led to rising costs for transportation, labor and materials. While inflation has not historically had a material impact on our operations, continued or elevated inflation could adversely affect our cost structure. If our costs become subject to significant inflationary pressures, we may not be able to fully offset higher costs through price increases for our products and services. Our inability to do so could harm our business, financial condition and results of operations.
Our Corporate Structure and Operations Canadian Solar Inc. is a corporation governed by the laws of the province of Ontario, Canada, with operations in North America, Asia Pacific, Europe, Australia, South America, the Middle East and Africa through our operating subsidiaries in…
Our Corporate Structure and Operations Canadian Solar Inc. is a corporation governed by the laws of the province of Ontario, Canada, with operations in North America, Asia Pacific, Europe, Australia, South America, the Middle East and Africa through our operating subsidiaries in which we have equity ownership. Through the equity ownership in our subsidiaries, we primarily conduct our manufacturing operations in the U.S. and Asia Pacific, including China. We have also made investments in solar power and battery energy storage systems and projects across the U.S., Europe and Asia Pacific, including China. In addition, on December 1, 2025, we announced a strategic initiative to resume direct oversight of our U.S. operations. We have formed a new joint venture with our majority-owned subsidiary, CSI Solar, by holding a 75.1% controlling stake in CS PowerTech, which operates U.S.-based manufacturing and sales of solar modules, solar cells and advanced energy storage systems. Following the consummation of this strategic initiative, Canadian Solar’s business is organized into two segments: (i) Manufacturing, comprising CS PowerTech, which focuses on manufacturing and sales of solar products, battery energy storage products, and other power technology products for the U.S. market, and CSI Solar, which serves all other global markets; and (ii) Recurrent Energy, which focuses on solar power and battery storage project development, asset sales, power services, and electricity revenue from its operating portfolio. See “Item 4. Information on the Company—C. Organizational Structure” for additional information on our corporate structure, including a list of our significant subsidiaries. Investors in our common shares thus are not purchasing equity interests in our operating subsidiaries, but instead are purchasing equity interests solely in our Canadian parent company. As used in this annual report, references to “CSI”, “we”, “us”, “our company” or “our” are made as to Canadian Solar Inc. and its consolidated subsidiaries; references to “Canadian Solar Inc.” are made as to the Canadian parent company only. Risks Related to Doing Business in China Canadian Solar Inc. has a direct ownership interest in CSI Solar Co., Ltd. through its holding of approximately 64% of the outstanding shares of CSI Solar Co., Ltd. Shareholders of Canadian Solar Inc. do not directly hold equity interests in CSI Solar Co., Ltd. The business of CSI Solar Co., Ltd. is exposed to legal and operational risks associated with having a significant portion of its manufacturing operations in China. CSI Solar is subject to risks arising from the PRC legal system, including the uncertainty in the interpretation and enforcement of the evolving PRC policies, laws and regulations. In recent years, the PRC government has implemented a series of regulatory actions and issued statements to regulate business operations in China with little advance notice. These include measures related to regulatory approvals on anti-monopoly regulatory actions, and oversight on cybersecurity and data privacy. Implementation of industry-wide regulations in this nature may cause the value of our securities to significantly decline or be worthless. These risks include, but not limited to, the following: ● The rules and regulations in China can change quickly with little advance notice. Uncertainties with respect to the PRC legal system, as well as changes in any government policies, laws and regulations, could affect the addressable industry of CSI Solar and the CSI Solar’s ability to conduct its operations in China; ● The PRC government exercises substantial control over the economy and may intervene in or influence CSI Solar’s operations at any time, which could result in a material change to CSI Solar’s operations; ● Failure to comply with PRC regulations and other legal obligations concerning cybersecurity, privacy, data protection and informational security may materially and adversely affect CSI Solar’s business, as it routinely collects, stores and uses data during the conduct of its business; and ● Renminbi currency exchange restrictions may limit CSI Solar’s ability to utilize its revenues and cash effectively. 5 Table of Contents For further details, see “—D. Risk Factors—Risks Related to Doing Business in China” and “—D. Risk Factors—Risks Related to Our Common Shares.” Permissions Required from the PRC Authorities for CSI Solar’s Operations CSI Solar’s operations are governed by PRC laws and regulations. CSI Solar is required to obtain or complete construction enterprise and engineering qualifications, electric power business permit, work safety license, registration of foreign trade operators, and registration certificates of customs declaration entity to operate its business. As of the date of this annual report, we believe that CSI Solar and its subsidiaries have obtained and completed all requisite permissions and registrations for its operations in all material aspects from relevant PRC authorities and none of the requisite permission or registrations for its PRC operations in all material aspects have been denied by relevant PRC authorities. However, given the uncertainties of interpretation and implementation of relevant laws and regulations and the enforcement practice by government authorities, we cannot assure you that CSI Solar has obtained all the permits or licenses required for conducting its business in the PRC. If CSI Solar (i) does not receive or maintain any permission or approval required of it or its PRC subsidiaries, (ii) inadvertently concludes that certain permissions or approvals have been acquired or are not required, or (iii) is required to obtain permissions or approvals in the future in the event of a change to the applicable laws, regulations, or interpretations, but it fails to obtain such permissions or approvals in a timely manner, or at all, CSI Solar may face adverse actions or sanctions by PRC regulatory authorities, which may include fines and penalties on its PRC operations, order to suspend its subsidiaries’ businesses, and other actions that could have an adverse effect on its business. Furthermore, CSI Solar’s ability to offer or continue to offer securities to investors may be significantly limited or completely hindered, which could cause the value of our securities to significantly decline or become worthless. For a detailed discussion of the related risks, see “—D. Risk Factors—Risks Related to Doing Business in China.” Cash and Asset Flows through Our Organization We conduct operations in North America, Asia Pacific, Europe, Australia, South America, the Middle East and Africa through our operating subsidiaries in which we have equity ownership. We primarily conduct our manufacturing operations in the U.S. and Asia Pacific, including China. A significant and growing portion of our revenue is generated in the U.S. In 2023, 2024 and 2025, 19.5%, 46.3% and 49.6%, respectively, of our consolidated revenue was generated in the U.S., reflecting the continued expansion of our U.S. operations. During the same periods, 28.3%, 20.4% and 12.7%, respectively, of our consolidated revenue was generated in China. In addition, we have made substantial investments in expanding our U.S. manufacturing and project development business. As of December 31, 2023, 2024 and 2025, 12.3%, 25.3% and 26.8%, respectively, of our consolidated long-lived assets were located in the United States, compared to 55.8%, 45.2% and 38.2%, respectively, in China, reflecting our increased capital deployment in the U.S. Cash may be transferred within our consolidated group by way of funds to our subsidiaries, either in the form of capital contributions, working capital cash advances or working capital payable, directly or through intermediate holding companies. Canadian Solar Inc. may provide loans to its subsidiaries and vice versa, and our subsidiaries may make dividends or other distributions to Canadian Solar Inc., directly or through intermediate holding companies. These cash transfers factor the capital and liquidity needs of our subsidiaries, and are subject to our internal approval processes and funding arrangements, taking into account local regulations and tax laws. We have not faced restrictions or limitations in our ability to transfer cash between subsidiaries in countries where we earn and hold significant cash, or continue to make significant investments. In 2023, 2024 and 2025, no cash transfers were made to CSI Solar and its subsidiaries. CSI Solar’s operations are generally funded through cash flows generated from the international sales of solar modules, battery energy storage solutions and solar system kits, as well as domestic borrowings. No cash proceeds nor distribution was received from CSI Solar in 2023. Canadian Solar Inc. received an aggregate of $34.7 million and $27.0 million in cash, net of $3.9 million and $3.0 million in withholding tax, from dividends distributed by CSI Solar in 2024 and 2025, respectively. 6 Table of Contents Canadian Solar Inc. transferred aggregate cash of $84.4 million, $16.5 million and $2.4 million in the form of capital contributions and loans to our Recurrent Energy subsidiaries in 2023, 2024 and 2025, respectively, primarily to fund solar power and battery energy storage projects. Canadian Solar Inc. received aggregate cash of $245.0 million and $46.7 million in 2023 and 2024, respectively, and transferred aggregate cash of $23.8 million in 2025, related to net working capital advances to our Recurrent Energy subsidiaries. Canadian Solar Inc. received aggregate cash of $69.2 million, $32.3 million and nil in 2023, 2024 and 2025, respectively, from repayment of loans by our Recurrent Energy subsidiaries. Canadian Solar Inc. transferred aggregate cash of $232.7 million, $44.6 million and $9.8 million in 2023, 2024 and 2025, respectively, related to net working capital payable to our Recurrent Energy subsidiaries. In addition, we conduct regular procurement transactions with CSI Solar’s subsidiaries related to purchase of modules and battery energy storage solutions for our Recurrent Energy projects. Dividends, if any, can be paid by CSI Solar to its shareholders, including Canadian Solar Inc., in accordance with applicable PRC law and CSI Solar’s articles of association. CSI Solar may pay dividends only from retained earnings and is required to set aside no less than 10% of profit after tax as appropriations to a general statutory reserve until such reserve cumulatively reaches 50% of its registered capital. The statutory general reserve and registered share capital are not distributable as cash dividends except in the event of liquidation, and requires approval from the local authorities. Accordingly, CSI Solar’s statutory general reserve and registered share capital are considered restricted net assets, amounting to $1,483.0 million as of December 31, 2025. Furthermore, CSI Solar is subject to restrictions on currency exchange. Under existing foreign exchange regulations, payments of current account items, including profit distributions, interest payments and expenditures from trade-related transactions, can be made in foreign currencies without prior approval from the People’s Bank of China and State Administration of Foreign Exchange (“SAFE”) by complying with certain procedural requirements. However, the relevant PRC governmental authorities may limit or eliminate CSI Solar’s ability to purchase foreign currencies in the future for current account transactions. Since a significant portion of CSI Solar’s cash and cash equivalents and restricted cash are denominated in Renminbi, any existing and future restrictions on dividend or currency exchange may limit CSI Solar’s ability to utilize its cash to fund its business activities outside of the PRC. In other countries where we earn and hold significant cash, or continue to make significant investments, we believe there are no significant restrictions or limitations on foreign exchange, our ability to transfer cash between entities across borders or to U.S. investors, or our ability to distribute earnings from our subsidiaries. The Holding Foreign Companies Accountable Act Pursuant to the HFCAA, which was enacted on December 18, 2020 and further amended by the Consolidated Appropriations Act, 2023 signed into law on December 29, 2022, if the SEC determines that we have filed audit reports issued by a registered public accounting firm that has not been subject to inspection by the PCAOB, and that we are a Commission-Identified Issuer under the HFCAA for two consecutive years, the SEC will prohibit our common shares from being traded on a national securities exchange or in the over-the-counter trading market in the U.S. In the event of such determination, the Nasdaq is expected to delist our common shares. On December 16, 2021, the PCAOB issued a report to notify the SEC its determinations that it was unable to inspect or investigate completely PCAOB-registered public accounting firms headquartered in mainland China and Hong Kong. Our auditor, Deloitte Touche Tohmatsu Certified Public Accountants LLP, an independent registered public accounting firm located in China, was subject to that determination. On May 26, 2022, we were conclusively identified as a “Commission-Identified Issuer” under the HFCAA following the filing of our annual report on Form 20-F for the fiscal year ended December 31, 2021. On December 15, 2022, the PCAOB vacated its previous determinations issued on December 16, 2021 that it was unable to inspect or investigate completely PCAOB-registered public accounting firms headquartered in mainland China and Hong Kong. Therefore, our auditor is currently able to be fully inspected and investigated by the PCAOB. For this reason, we were not identified as a Commission-Identified Issuer under the HFCAA after we filed our annual report on Form 20-F for the fiscal year ended December 31, 2022, and do not expect to be so identified when we file this annual report on Form 20-F for the fiscal year ended December 31, 2025. There are no PCAOB determinations currently in effect. Accordingly, we are not currently at risk of having our securities subject to an initial trading prohibition under the HFCAA. However, the PCAOB is required to reassess, at least annually, whether changes in facts and circumstances would support making new determinations. On February 21, 2025, the U.S. administration undertakes, among other things, to determine if adequate financial auditing standards are upheld for companies covered by the HFCAA. The delisting or prohibition of trading of our common shares, or the threat of their being delisted or prohibited from trading, may materially and adversely affect the value of your investment. For a detailed discussion of the related risks, see “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—The delisting or prohibition of trading of our common shares pursuant to the HFCAA, or the risk or perception that such action may occur, could materially and adversely affect the value of your investment.” 7 Table of Contents A [Reserved] B Capitalization and Indebtedness Not applicable. C Reasons for the Offer and Use of Proceeds Not applicable. D Risk Factors Summary of Risk Factors An investment in our common shares involves significant risks. Below is a summary of material risks we face, organized under relevant headings. These risks are discussed more fully in “Item 3. Key Information—D. Risk Factors.” Risks and uncertainties related to our company and industry include, but are not limited to, the following: ● We may be adversely affected by volatility in the solar power and battery energy storage market and industry conditions; in particular, the demand for our solar power and battery energy storage products and services may not grow as expected or may decline; ● Our ability to sustain our project development activities depends on effectively balancing long-term ownership of solar and battery energy storage assets with selective project sales to generate operating cash flows, which subjects us to market, financing, execution risks and uncertainties; ● Our sale of solar power and battery energy storage projects depends heavily on our ability to find third-party buyers for our projects in a timely manner and on favorable terms and conditions; ● Oversupply of polysilicon, solar wafers, cells and modules may cause substantial downward pressure on the prices of our products and reduce our revenues and earnings; ● Governments may revise, reduce or eliminate incentives and policy support schemes for solar power and battery energy storage, including those contained in the IRA and OBBBA; ● Global economic conditions, including inflationary pressures and higher interest rates, may have an adverse impact on our business prospects, results of operations and cash flows; ● Our project construction activities may not complete on time, and our development and construction costs could increase to levels that cause the return on our investment in the projects to be lower than expected; ● We face a number of risks involving offtake contracts, including failure or delay in entering into contracts, defaults by counterparties and contingent contractual terms such as price adjustment, termination, liquidated damages, buy-out, acceleration and other clauses; ● Our global operations are subject to complex and evolving laws, regulations, policies, trade restrictions and geopolitical risks, which could increase compliance costs, disrupt operations, delay project execution and adversely affect our business, financial condition and results of operations; ● Our industry is highly competitive, and many of our competitors have greater resources than we do or may be more adaptive; ● We face economic and operational risks associated with maintaining and expanding our international business; 8 Table of Contents ● We may experience issues with our manufacturing capacity expansion and operational initiatives; ● Antidumping and countervailing duty determinations in the United States could adversely affect us; ● Other trade measures such as Section 232 and Section 301 tariffs could adversely affect us; ● Tariffs and other trade barriers, including reciprocal tariffs under the International Emergency Economic Powers Act on imports into the United States, could adversely affect us; ● Our revenues and results of operations are subject to significant fluctuations, which make our financial performance difficult to predict; ● We need a significant amount of cash to fund manufacturing expansion, project development and construction; ● Our substantial indebtedness and reliance on short-term financing could limit our financial flexibility and competitive position; ● Failure to comply with financial and other covenants in our debt instruments could adversely affect our liquidity; ● Supply chain disruptions, cost increases or performance issues could adversely affect our business and relationship with customers, particularly given our dependence on a limited number of key suppliers; ● We are developing and commercializing higher conversion efficiency cells, but we may not be able to mass-produce these cells in a cost-effective way, if at all; ● Defects or performance issues in our products could result in warranty claims that could impose significant costs on us; ● Our dependence on a limited number of customers may cause significant fluctuations or declines in our revenues; ● Our founder, Dr. Shawn Qu, has substantial influence over our company and his interests may not be aligned with the interests of our other shareholders; ● Our inability to protect our intellectual property rights or defend against patent infringement or other intellectual property claims, could undermine our competitive position, adversely affect our business and impose significant costs; ● Our failure to comply with environmental, health and safety laws could result in significant costs, adverse publicity, fines and business disruption; ● Laws, regulations and government actions on sustainability could result in significant additional costs and expose us to additional liabilities; ● Corporate sustainability may impose additional costs and create new compliance challenges; ● Interruption, security breaches or failures of information technology, control and communication systems could disrupt our business and expose us to liability; ● Weaknesses in our internal control over financial reporting could undermine investor confidence and adversely affect the value of our common shares; ● Although CSI Solar completed the STAR Listing, we may not achieve the results contemplated by our business strategy. In addition, it is difficult to predict the effect of CSI Solar’s STAR Listing on our common shares; ● CSI Solar’s status as a publicly traded company that is controlled, but less than wholly owned, may create complexities and adversely affect our financial results; 9 Table of Contents ● We have granted, and may continue to grant, various share-based incentive awards which may increase our share-based compensation expenses; ● We may encounter difficulties with acquisitions and divestitures, which could harm our business; ● We face risks related to private securities litigation; and ● The delisting or prohibition of trading of our common shares pursuant to the HFCAA, or the risk or perception that such action may occur, could materially and adversely affect the value of your investment. In addition, CSI Solar is subject to risks and uncertainties related to doing business in China, including, but are not limited to, the following: ● The rules and regulations in China can change quickly with little advance notice. Uncertainties with respect to the PRC legal system, as well as changes in any government policies, laws and regulations, could affect the addressable industry of CSI Solar and CSI Solar’s ability to conduct its operations in China, which could result in material changes to CSI Solar’s operations and the value of our securities; ● The PRC government exercises substantial control over the economy and may intervene in or influence CSI Solar’s operations at any time, which could result in material changes to CSI Solar’s operations and the value of our securities; ● Failure to comply with PRC regulations and other legal obligations concerning cybersecurity, privacy, data protection and informational security may materially and adversely affect CSI Solar’s business, as it routinely collects, stores and uses data during the conduct of its business; and ● Renminbi currency exchange restrictions may limit CSI Solar’s ability to utilize its revenues and cash effectively. In addition to the risks described above, we are subject to risks related to our common shares: ● The issuance by us of additional common shares or equity linked securities may cause existing shareholders to experience dilution and could adversely affect the market price of our common shares; ● The market price of our common shares is highly volatile; ● Your right to participate in any future rights offerings may be limited, which may cause dilution of your holdings; ● Our articles contain certain provisions that may adversely affect the rights of holders of our common shares; ● You may have difficulty enforcing judgments obtained against us; ● If a United States person owns at least 10% of our shares, such person may be subject to adverse United States federal income tax consequences; and ● We may be classified as a passive foreign investment company, which could result in adverse United States federal income tax consequences to United States Holders of our common shares. 10 Table of Contents Risks Related to Our Company and Our Industry We may be adversely affected by volatility in the solar power and battery energy storage market and industry conditions; in particular, the demand for our solar power and battery energy storage products and services may not grow as expected or may decline. Our business is affected by conditions in the solar power and battery energy storage markets and industries. While we expect continued growth in global electricity demand and increasing adoption of solar and battery energy storage technologies, these markets may experience periods of volatility, grow more slowly than anticipated, or decline. For example, the solar power sector may from time to time experience periods of excess manufacturing capacity and oversupply, leading to significant pricing pressure across the value chain. Excess manufacturing capacity and oversupply can negatively impact selling prices, margins and profitability for manufacturers, including us. Our shipments of solar modules increased in 2023, followed by a marginal increase in 2024 and a decline in 2025. The average selling prices for our solar modules decreased in each of 2023, 2024 and 2025. If the supply of solar modules grows faster than demand and if governments reduce financial support for the industry or impose trade barriers for solar power products, demand and pricing for our products could be adversely affected. The battery energy storage market continues to evolve, and future demand for battery energy storage products and services is uncertain. Market data for the battery energy storage industry is not as readily available as for more established industries, where trends are more reliably assessed from data gathered over a longer period of time. In addition, demand for battery energy storage products and services in our largest end markets, including the U.S., U.K., Canada, Australia, Europe and China, may not materialize to the extent or on the timeline we anticipate. We are actively pursuing growth opportunities in battery energy storage, given its importance in enhancing the reliability and resiliency of energy grid infrastructure, and integrating intermittent renewable energy power systems. If demand in our key markets slows, competition intensifies, or we fail to capitalize on growth opportunities, our battery energy storage business may not grow as anticipated. Furthermore, while we are working to improve the cost-efficiency and performance of our battery energy storage systems, there can be no assurance that we will achieve our desired outcomes. The viability of solar power and battery energy storage technologies depends on several factors, including (i) the cost-effectiveness, performance and reliability of our products compared to conventional and other renewable energy sources; (ii) the availability of government incentives and policy support; and (iii) the availability and cost of capital, including long-term debt and tax equity financing for solar power and battery energy storage projects. Competitive dynamics from other renewable technologies, such as wind, hydro, hydrogen, geothermal and biomass, also affect the attractiveness of solar power and battery energy storage technologies. Fluctuations in economic and market conditions, including price trends of oil, gas and other fossil fuels, may affect the competitiveness of renewable energy relative to conventional energy sources. Capital investment patterns of end users, which tend to decrease during economic slowdowns, may also affect demand. Changes in electricity demand patterns, including increased demand associated with data centers and AI-related computing infrastructure, may also influence market dynamics. In addition, the existence and consistency of favorable regulatory framework for solar power and battery energy storage within the broader energy sector are important to the continued adoption of these technologies. If solar power and battery energy storage technologies are not adopted as broadly or as quickly as we expect, or if demand weakens or becomes more volatile, our revenues, profitability and growth prospects may be materially and adversely affected. Our ability to sustain our project development activities depends on effectively balancing long-term ownership of solar and battery energy storage assets with selective project sales to generate operating cash flows, which subjects us to market, financing, execution risks and uncertainties. Historically, our project development activities have primarily consisted of developing solar and battery energy storage assets for sale to third parties. We have been transitioning towards retaining ownership in certain projects, particularly in markets with perceived stable long-term fundamentals, and generating revenues from the sale of electricity, capacity and ancillary services from operational projects. Our business requires ongoing capital allocation decisions in response to market conditions, cost of capital, liquidity requirements and leverage considerations. While we continue to seek long-term asset ownership, we also intend to place greater emphasis on the sale of project assets or ownership interests at times to generate operating cash flows, manage capital requirements and reduce indebtedness. 11 Table of Contents Project ownership, operations and development involve risks and uncertainties. These risks include delays and cost overruns due to factors that are often beyond our control, such as construction and procurement price inflation, regulatory and permitting approval delays, grid interconnection constraints, supply chain disruptions or component availability, trade restrictions, construction, installation, and performance acceptance testing issues. Our projects may also be subject to delays or denials of required regulatory or permitting approvals by government authorities. In addition, we may need to raise significant additional funds, which we may be unable to obtain on commercially reasonable terms or at all. We may also fail to advance our project development pipeline plan as planned. Energy production for the projects we own and operate may be uncertain due to factors beyond our controlling, including weather conditions, grid congestion and curtailment. Project ownership, operations and development may also require the diversion of significant management attention and other resources. Many solar power and battery energy storage projects, including our own, depend on a mix of equity capital, tax equity and project financing to fund development and construction. A higher cost of capital may materially reduce the internal rate of return for these projects. Furthermore, there is no guarantee that tax equity investors will be available or willing to provide funding on acceptable terms, or that the tax incentives and benefits that are needed to make tax equity funding available will remain in place. Moreover, as a result of the effects of inflation in the global economy, certain governmental authorities responsible for administering monetary policy have sustained a higher central bank interest rates, which could increase the costs to obtain debt financing in the future or refinance current indebtedness. In addition, higher bond yields could result in increased return expectations for solar power and battery energy storage projects, which would result in lower valuation for these assets. The availability and cost of funding of these projects are determined in part based on the perceived counterparty creditworthiness or sovereign credit risk of the country where a particular project is located. We cannot make assurances that financial institutions will continue to offer funding to solar power and battery energy storage project developers and owners at reasonable costs. An increase in cost of capital and interest rates or a decrease in available funding within the global financial market could make it more difficult to fund solar power and battery energy storage systems. If we are unable to manage the balance between long-term project ownership and project asset sales, maintain sufficient liquidity, reduce leverage or advance our project development pipelines, our business, results of operations, financial condition and prospects may be materially and adversely affected. Our sale of solar power and battery energy storage projects depends heavily on our ability to find third-party buyers for our projects in a timely manner and on favorable terms and conditions. Our project development activities have significantly expanded to North America, Europe, Latin America, Japan, Australia, and other countries of the Asia Pacific region over the past several years. Upon completion of development, we either operate our solar power or battery energy storage projects, with a majority of our aggregate capacity contracted under power purchase agreements, virtual power purchase agreements, tolling agreements, or other contractual arrangements with offtakers, or sell them to third-party buyers. As we balance ownership and operation of solar and battery energy storage assets with selective project sales, revenues from our sale of solar power and battery energy storage projects decreased by $242.4 million, or 60.7%, from $399.1 million in 2023 to $156.7 million in 2024, and then increased by $19.3 million, or 12.3%, to $176.0 million in 2025. For solar power and battery energy storage projects that we decide to sell, there is no assurance whether or when we will be able to realize their estimated resale value. From time to time, we may reclassify project assets as solar power systems if our intention transitions to holding these projects on our balance sheet for the purpose of generating long-term electricity income. Our sale of solar power and battery energy storage projects may be subject to significant period-over-period fluctuations for a variety of reasons, including but not limited to the unpredictability of the timing of development and construction of our projects, changes in market conditions after we have committed to projects, availability of financing for our projects, changes in government regulations and policies, changes in the creditworthiness of our contractual counterparties, equipment damage or failures, and weather events, all of which may result in the cancellation of or delays in the development of projects, inability to monetize or delays in monetizing projects or changes in amounts realized on monetization of projects. If a project is canceled, abandoned or deemed unlikely to occur, we will charge all prior capital costs as an operating expense in the period in which such determination is made, which could materially and adversely affect our operating results. Some classes of investors compare the returns of solar power and battery energy storage projects to bond yields and expect a similar or higher internal rate of return, adjusted for risk and liquidity. Higher bond yields could result in increased return expectations for solar power and battery energy storage projects, which would result in lower sale prices for these assets, which may materially and adversely affect our business, results of operations, financial condition and prospects. 12 Table of Contents Oversupply of polysilicon, solar wafers, cells and modules may cause substantial downward pressure on the prices of our products and reduce our revenues and earnings. The solar industry has been experiencing significant fluctuations in the supply and pricing of polysilicon, solar wafers, cells and modules. Global silicon production capacity has expanded rapidly in recent years, leading to an oversupply and subsequent decline in polysilicon prices. This oversupply has exerted substantial downward pressure on prices of solar wafers, cells and modules throughout the value chain. The average selling prices of our solar modules decreased from $0.23 per watt in 2023 to $0.16 per watt in 2024 and remained at $0.16 per watt in 2025. While the persistent oversupply and price reductions have benefited customers through lower prices, they have intensified competition among solar manufacturers and contributed to lower industry utilization rates. Although we believe that balancing our production capacity with demand has helped protect our margins, a prolonged supply of polysilicon, solar wafers, cells, and modules in excess of market demand may result in further downward price pressure, including on our products. Increasing competition could also result in us losing sales or market share. In addition, we are exposed to inventory risk that may adversely affect our earnings as a result of unfavorable product pricing changes. On the other hand, demand for solar products may continue to increase, driven by various factors such as the global efforts toward clean, renewable energy sources, decarbonization initiatives, and increasing electricity demand associated with data centers and AI-related computing infrastructure, which could result in increased costs of and difficulties in sourcing raw materials to support the increased production levels due to capacity limitations. Due to fluctuations in the supply and pricing of solar power products throughout the value chain, we may not be able to consistently procure silicon, solar wafers and cells at reasonable costs if any of the above factors materialize. If we are unable to obtain these materials at reasonable prices or increase the price of our solar modules to cover our manufacturing and operating costs, our revenues and margins may be adversely impacted due to higher costs compared to our competitors. In addition, our market share could decline if our competitors are able to price their products more competitively. Governments may revise, reduce or eliminate incentives and policy support schemes for solar power and battery energy storage, including those contained in the IRA and OBBBA. Historically, the renewable power and clean energy industries, and the overall growth of the solar power and battery energy storage market, have generally benefited from government subsidy programs and economic incentives. Government incentives vary by geographic market. Governments have provided incentives in the form of tax credits, renewable portfolio standards, auctions for CfD, FIP, FIT, rebates and other forms of support. Governments in many countries have implemented mandates to promote the use of renewable power and clean energy, encouraging end-users, power producers and utilities to adopt the use of solar energy solutions and to reduce dependency on other forms of energy. However, many of these government mandates and incentives have been or are scheduled to be reduced or eliminated altogether, and it is likely that incentives for solar and alternative energy technologies will eventually be phased out completely. Changes in energy laws or policies could also undermine the economic returns of new and existing projects. While the cost of solar power and battery energy storage products has generally declined in recent years and the industry has become less dependent on government incentives, continued support remains important for market growth. For example, governments in some of our largest markets, including the U.S. and a number of the states of the European Union have continuing incentives and policy support schemes for various forms of “green” energies, including solar power and battery energy storage. In the U.S., renewable energy projects benefit from various federal, state and local governmental incentives, such as Investment Tax Credit (“ITC”), Production Tax Credit (“PTC”) and Renewable Portfolio Standards (“RPS”) programs, accelerated tax depreciation, and other incentives provided for under the Inflation Reduction Act of 2022 (“IRA”), signed into law on August 16, 2022. The provisions of the IRA are intended to, among other things, incentivize domestic clean energy investment, manufacturing and production. The IRA enhances the ITC program, allows solar energy projects to utilize the PTC program, and provides a refundable or transferable advanced manufacturing tax production credit pursuant to Section 45X of the Internal Revenue Code for solar modules and solar module components manufactured in the United States and sold to third parties. The IRA also offers additional credits for projects located in energy communities and projects satisfying domestic content requirements. In June 2023, the United States Internal Revenue Service (“IRS”) issued temporary and proposed regulations related to tax credit transferability and direct pay provisions of the IRA. The final regulations became effective, and prior temporary regulations were replaced, beginning in May 2024. 13 Table of Contents On July 4, 2025, Public Law 119-21, the One Big Beautiful Bill Act (“OBBBA”), was enacted. The OBBBA shortened time periods for energy projects to qualify for ITCs and PTCS and added and amended provisions of the U.S. Internal Revenue Code that can reduce or disallow certain U.S. clean energy tax credits based on involvement of a prohibited foreign entity (“PFE”), including where a taxpayer is a prohibited foreign entity or where a facility, energy storage technology, or eligible component is treated as receiving material assistance from a PFE. The OBBBA also authorizes the U.S. Secretary of the Treasury to prescribe guidance to implement these provisions. On February 12, 2026, the U.S. Treasury and the U.S. IRS issued Notice 2026-15, providing guidance on the application of material assistance restrictions and details of safe harbors for calculating a material assistance cost ratio (“MACR”). We have made compliance with the OBBBA’s PFE provisions a core operational priority and have actively taken steps intended to support continued eligibility for applicable tax credits for us and our customers. If tax credits applicable to our manufacturing activities or our customers’ projects are reduced or become unavailable, our profitability and our customers’ project economics could be adversely affected. Such impacts may cause certain projects to be postponed, restructured or abandoned, which could, in turn, reduce demand for our products and adversely affect our business, financial condition and results of operations. In Europe, a number of member countries (including, Italy, France, Germany and Spain) continue to support realization of solar projects through incentive schemes and auctions, with additional limitations and regulations on agricultural land as compared to industrial and commercial zones, and the enactment of new laws in order to simplify the permitting process and enhance administrative resources to promote renewable energy sources. The European Union revised the Renewable Energy Directive, which entered into force on November 20, 2023, that may provide additional support for solar and battery energy storage development. As part of the revised directive, EU member states are required to implement permitting reforms by mid-2024 and to designate renewables acceleration areas by February 2026 to streamline project approvals and facilitate faster deployment. The demand for solar power and battery energy storage products, services and projects may be affected by the availability and size of such government incentives, as well as, changes in energy laws and policies. The revision, reduction or elimination of these incentives and negative changes in energy laws and policies could therefore materially and adversely affect the growth of one or more of our markets, deter investment in clean energy, reduce customer demand, or result in increased price competition, either of which could cause our revenues to decline and harm our financial results. Global economic conditions, including inflationary pressures and higher interest rates, may have an adverse impact on our business prospects, results of operations and cash flows. Our operations are subject to the effects of global economic conditions, including inflation, interest rates, and foreign exchange rates, which consequently may affect demand for electricity and the supply and prices of other energy products, such as oil, natural gas and coal. Economic downturn could result in a decrease in global energy prices and demand for electricity, which could place downward pressure on the price of solar power and battery energy storage systems, and weaken demand. Inflationary pressures may increase supplier costs, wages, operating costs and financing costs, which could reduce our profitability and cash flows if we are unable to pass along these costs to our customers. Inflation may also adversely affect foreign exchange rates, further affecting our results of operations. In addition, higher interest rates could have a dampening effect on overall economic activity and weaken our customers’ financial condition, reducing demand for our products and services. These factors, alone or in combination, could materially and adversely affect our business prospects, financial condition, results of operations and cash flows. Our project construction activities may not complete on time, and our development and construction costs could increase to levels that cause the return on our investment in the projects to be lower than expected. The development and construction of solar power and battery energy storage projects can take many months or years to complete and may be delayed for reasons beyond our control. There can be no assurance that the projects can be completed on time or within projected costs. Furthermore, we may become constrained in our ability to simultaneously fund our other business operations and invest in other projects. In contrast to producing and selling solar modules and battery energy storage products, developing solar power and battery energy storage projects requires more management attention to negotiate the terms of our engagement and monitor the progress of the projects which may divert management’s attention from other matters. 14 Table of Contents The development and construction of solar power and battery energy storage projects involve known and unknown risks, many of which are not under our sole control. For example, we may be required to invest significant upfront investments in land and interconnection rights, permitting and engineering, and may incur legal and other expenses before we can determine whether a project is feasible. Additionally, in certain cases, we may need to order equipment with lengthy lead time, such as substation transformers, in order to meet start-of-construction or other timing requirements under U.S. tax incentive programs. This may require us to make upfront commitments before project feasibility, permitted or financing has been fully secured. Success in developing a particular project is contingent upon, among other things, (i) securing land rights and related permits, including satisfactory environmental assessments; (ii) receiving required land use, construction and operational permits and approvals; (iii) receiving rights to interconnect to the electric grid; (iv) obtaining transmission capacity, accurately estimating, and where possible mitigating, upgrade costs to the transmission grid and other system constraints; (v) securing economically feasible cost of interconnection and other deposits (some of which are non-refundable); (vi) avoiding or mitigating impacts to archaeological, historical or cultural resources, and/or protected or endangered species or habitats, migratory birds, wetlands or other water resources; (vii) negotiating tax incentives and property tax abatement, whenever applicable; (viii) negotiating satisfactory EPC or balance of plant agreements, and mitigating the solvency or financial conditions of our EPC contractors, suppliers or other third parties that we engage; (ix) obtaining equity, tax equity and project financing; and (x) timely and satisfactory execution and performance by the third parties that we engage. Successful completion of a particular project may be adversely affected by numerous factors, including (i) changes in laws, regulations and policies and shifts in trade barriers and remedies, especially tariffs; (ii) failure in obtaining and complying with required governmental permits and approvals and the inability to renew or replace permits and approvals that expire or are terminated in a timely manner and on reasonable terms; compliance with domestic content and labor requirements; (iii) disputes and potential challenges from local residents, environmental organizations, and others who may not support the project; unforeseen engineering problems, subsurface land conditions, construction delays, cost over-runs, labor strikes, equipment and materials supply shortages or disruptions; (iv) shortage of skilled and licensed labor on the part of our contractors; (v) failure to enter into offtake contracts or capacity and ancillary services contracts, on terms favorable to us, or at all; (vi) additional complexities when conducting project development or construction activities in foreign jurisdictions, including compliance with local laws and customs; and (vii) force majeure events, including adverse weather conditions, pandemics, supply chain disruptions, hostilities and other events beyond our control. Any of these factors could lead to construction delays and construction costs in excess of our expectations. These circumstances could prevent our solar power and battery energy storage projects from commencing operations on time or achieving our anticipated return on our investments. In addition, failure to meet agreed-upon system level capacity, energy output guarantees, warranties or other contract terms, could lead to contract terminations, grid interferences or project related damages. Depending on the specified terms of the EPC agreements, the offtake, capacity and ancillary service contracts or other agreements related to the project, we may be subject to significant damages, penalties, and other obligations, including obligations to repair, replace or supplement materials for the project. If a third-party EPC contractor is terminated, resigns, becomes insolvent or files for bankruptcy, we may be forced to take on additional risks, such as cost inflation, project delays and construction responsibilities that would otherwise be covered by the contractor. There is no assurance that disputes with third-party EPC contractors will not arise in the future. Any of these events could materially and adversely affect our business, results of operations and financial conditions. We face a number of risks involving offtake contracts, including failure or delay in entering into contracts, defaults by counterparties and contingent contractual terms such as price adjustment, termination, liquidated damages, buy-out, acceleration and other clauses. In our solar power and battery energy storage project development business, we enter into a wide range of offtake contracts, including but not limited to PPAs, VPPAs, tolling agreements, and other contracts for capacity and ancillary services. There is a limited, but growing, pool of potential buyers for electricity generated and services provided by our solar power and battery energy storage projects since the transmission and distribution of electricity is often regulated or highly concentrated in many jurisdictions. The willingness of buyers to enter into contracts with independent power producers such as us depends on a number of factors beyond pricing and supply reliability. Failure to enter into offtake contracts on favorable terms, or at all, could negatively impact our revenue and our decisions regarding the development of future projects. Delays in entering into offtake contracts, or an inability to renew or replace expiring contracts with comparable terms and conditions, may adversely affect our ability to finance project construction and realize cash flows from our projects, and the affected site may temporarily or permanently cease operations, or face exposure to more uncertain merchant electricity pricing, which could materially and adversely affect our financial condition, results of operations and cash flows. 15 Table of Contents We are exposed to the creditworthiness of the purchasers of power under these contracts, and there is no guarantee that our counterparties will be able or willing to fulfill their related contractual obligations. If they refuse to accept delivery of the power or services delivered thereunder or they otherwise terminate them prior to their expiration, our results of operations and cash flows could be materially and adversely affected. Further, to the extent any of our power purchasers are, or are controlled by, governmental entities, our facilities may be subject to legislative or other political action that may impair their contractual performance or contain contractual remedies that do not provide adequate compensation in the event of a counterparty default. Some of our offtake contracts are subject to price adjustments over time. If the price under a contract falls below a level that makes a project economically viable, our results of operations and cash flows could be materially and adversely affected. In addition, certain inflation-based price adjustments are made only yearly, which may not allow us to pass on additional costs in a timely manner. Certain offtake contracts may contain provisions that allow the counterparty to terminate or buy out the project, or require us to pay liquidated damages in the event of delays in achieving commercial operation or meeting other contractual milestones, and upon the occurrence of specific events. If these provisions are exercised, our financial condition, results of operations and cash flows could be materially and adversely affected. To the extent the output of a project is not fully subject to offtake contracts, the electricity generated will be exposed to merchant price risk. Additionally, some project-level financing arrangements include provisions that allow the lenders or investors to accelerate repayment in the event that a related offtake contract is terminated or if certain operating thresholds or performance measures are not achieved within specified time periods. Certain of our offtake contracts and financing arrangements include, and in the future may include, provisions that would permit the counterparty to terminate the contract or accelerate maturity in the event we own, directly or indirectly, less than 50% of the combined voting power or, in some cases, if we cease to be the majority owner, directly or indirectly, of the applicable project subsidiary. The termination of any offtake contracts or acceleration of financing maturity as a result of a change-in-control event could materially and adversely affect our financial condition, results of operations and cash flows. Our global operations are subject to complex and evolving laws, regulations, policies, trade restrictions and geopolitical risks, which could increase compliance costs, disrupt operations, delay project execution and adversely affect our business, financial condition and results of operations. We are subject to a wide range of national, regional and local laws, regulations and policies across the markets where we do business, including energy regulations, export and import restrictions, customs rules, tariffs, antidumping and countervailing duties, tax laws, labor laws, supply chain requirements, construction and interconnection regulations, safety standards and environmental standards. These may conflict across jurisdictions and are frequently subject to change, which may increase compliance costs, disrupt operations, delay project execution, or adversely impact our ability to compete globally. We also face trade barriers and trade remedies, such as tariffs and antidumping and countervailing duties, which could increase our product costs and impact our competitiveness. See “—Antidumping and countervailing duty determinations in the United States could adversely affect us.” New regulations governing safety, interconnection, environmental standards and construction may result in significant additional costs to us and our customers, which could cause a significant reduction in demand for our solar power and battery energy storage products. In addition, we face regulatory risks from transmission providers and operators, including regional transmission organizations and independent system operators. These entities may adopt or amend rules that limit transmission grid access or allocate capacity in ways that curtail the ability of solar power and battery energy storage projects to deliver power. As we expand internationally, we face increasing exposure to diverse regulatory environments and government policies, including those that may favor domestically manufactured products or restrict international trade. Shifts in government attitudes towards free trade, tariffs, or international cooperation could adversely affect the demand for our products, increase our costs or tax liabilities, or hinder our market access. Sustained geopolitical tensions could significantly undermine global economy stability. Hostilities and political conflicts, such as the Russia-Ukraine conflict, the Israel-Gaza conflict, and the heightened tensions with Iran, including any other continued hostilities in the Middle East, create global security concerns and impact international business. The duration and outcome of these factors remain highly unpredictable. 16 Table of Contents Despite our zero tolerance towards forced labor in our own manufacturing facilities and throughout our supply chain, we may be subject to risks related to forced labor allegations. We monitor our manufacturing facilities, enforce an equal opportunity policy, prohibit discrimination of any kind, and adhere to the employment laws and regulations of the jurisdictions in which we operate. In June 2021, the U.S. Customs and Border Protection issued a Withhold Release Order pursuant to Section 307 of the Tariff Act of 1930 on products whose upstream silica-based products (such as polysilicon) are sourced, or are suspected of being sourced, from Hoshine Silicon Industry Co. Ltd. and its subsidiaries. This restriction was further expanded by the Uyghur Forced Labor Prevention Act, which took effect in the United States on June 21, 2022 and imposes broader forced labor-related import restrictions. There can be no assurance that we will not experience adverse consequences arising from the impact of such restrictions on our products and supply chain. In addition, we are subject to anti-corruption laws such as the United States Foreign Corrupt Practices Act of 1977 (“FCPA”), which prohibits improper payments or benefits to government officials, political parties and private-sector recipients. Although investigations and enforcement actions under the FCPA were temporarily paused for 180 days by an executive order on February 10, 2025, the FCPA law remains in effect (and similar laws remain effective in other jurisdictions in which we operate). On June 9, 2025, the U.S. administration issued the Guidelines for Investigations and Enforcement of the Foreign Corrupt Practices Act, setting forth updated criteria for FCPA actions and ending the enforcement pause. We may have direct or indirect interactions with officials and employees of government agencies or state-owned or affiliated entities in the course of our business (for example, to obtain approvals, permits and licenses from applicable government authorities and to sell power to government-owned entities). If any new legislation, executive orders, tariffs, laws and/or regulations are implemented, or if existing trade agreements are renegotiated, such changes could have an adverse effect on our business, financial condition and results of operations. If we fail to comply with applicable laws, face challenges in regulations and enforcement practices, or are unable to manage associated risks effectively, our business, financial condition and results of operations could be materially and adversely affected. Our industry is highly competitive and many of our competitors have greater resources than we do or may be more adaptive. We face intense competition from a large number of module competitors, such as First Solar, Inc., LONGi Green Energy Technology Co. Ltd., Trina Solar Limited, JinkoSolar Holding Co., Limited, JA Solar Co., Limited and Tongwei Solar Co., Ltd., and battery energy storage companies such as Tesla, Inc., Fluence Energy, Inc. and Sungrow Power Supply Co., Ltd. Some module competitors are developing or are currently producing products based on new technologies that may ultimately offer lower costs or better performance than our products. These include products based on Interdigited Back Contact (“IBC”) PV technology, which reduces shading by locating metal contacts at the cell to the rear side and increasing power density through larger area for photo absorption. To effectively compete, our products and production capacity are undergoing continuous transformation. For example, while crystalline silicon cell modules have become the market mainstream, we have significantly upgraded our production to N-type and Tunnel Oxide Passivated Contact (“TOPCon”) technologies, which is focused on further improving the photoelectric conversion efficiency and reducing the manufacturing cost. Our judgment of the development trend of technologies and products may prove inaccurate, and we may fail to invest sufficiently in research and development in the technology with the most market potential. Consequently, we may be exposed to the risk of lagging in technological advancements. The competitiveness of our battery energy storage solutions is dependent on a number of factors, including safety and reliability, cost and performance. If we cannot effectively manage growth, take advantage of market opportunities, or respond to competitive pressures, we may face increased costs, difficulties in introducing new products, or other operating challenges. In our project development business, we compete with international and domestic developers and operators of solar power and battery energy storage projects, including infrastructure funds, power companies focused on renewable energy generation and other renewable energy companies. Some of our competitors may have advantages over us in terms of greater experience or resources in the operation, capital, financing, technical support and management of solar power and battery energy storage projects, in any particular markets or in general. As the solar power, battery energy storage and renewable energy industry grows and evolves, we will also face new competitors who are not currently in the market. Our failure to adapt to changing market conditions and to compete successfully with existing or new competitors would limit our growth and could have a material adverse effect on our business and prospects. 17 Table of Contents We face economic and operational risks associated with maintaining and expanding our international business. Operating in international markets requires significant resources and exposes us to a range of risks that could adversely affect our business, including fluctuating sources of revenue; difficulty managing our sales channels effectively as we expand beyond distributors to include direct sales to systems integrators, end users and installers; difficulty managing the development, construction and sale of our solar power and battery energy storage projects on a timely and profitable basis as a result of technical difficulties, commercial disputes and regulatory changes; challenges and costs of complying with the different commercial, legal and regulatory requirements; increased cost of understanding local markets and establishing effective customer service, marketing and distribution network; difficulties and costs associated with staffing and managing overseas operations; failure to develop appropriate risk management and internal control structures tailored to overseas operations; inability to obtain, maintain or enforce intellectual property rights; exposure to fluctuations in foreign currency exchange rates; differing tax regimes across various markets; and unanticipated changes in prevailing economic conditions. Our failure to manage these risks effectively could harm our international operations, overall business and results of operations. Our revenue sources have fluctuated significantly over recent years, and a significant and growing portion of our revenues are generated in the U.S. For example, the Americas contributed 34.4%, 51.8% and 56.4% of our revenues in 2023, 2024 and 2025, respectively; Asia contributed 41.0%, 30.0% and 22.3%, respectively; and Europe and other regions contributed 24.6%, 18.2% and 21.3%, respectively. As we shift the focus of our operations between different regions, we have limited time to address the related risks. Furthermore, some of these risks, such as currency fluctuations, will increase as our revenue contribution from certain regions becomes more prominent. This may potentially and adversely affect our financial performance. We may experience issues with our manufacturing capacity expansion and operational initiatives. We have undertaken several operational initiatives to align our manufacturing capacity with market demand. We employ a flexible vertically integrated business model that combines internal manufacturing capacity with direct material purchases of ingots, wafers and cells. We believe this approach has benefited us by allowing us to grow in a capital-light manner, while giving us significant flexibility to respond to short-term demand changes. Our global solar module, cell, wafer and ingot annual production capacities were 51.3 GW, 32.4 GW, 37.0 GW and 31.0 GW, respectively, as of December 31, 2025. Our global annual battery energy storage system and battery cell manufacturing capacity was 15.0 GWh and 3.0 GWh, respectively, as of December 31, 2025. Battery energy storage system and battery cell capacities are presented on a single-shift and double-shift annualized basis, respectively. As part of our commitment to expanding our manufacturing capabilities and supporting domestic production in the U.S., we have undertaken significant investments in new manufacturing facilities across several states. In June 2023, we announced the construction of a solar module manufacturing facility in Mesquite, Texas, with an initial annual production capacity of 5 GW. This facility commenced production in late 2023 and is expected to double in capacity to 10 GW, serving as a key component of our U.S. supply chain. The Mesquite facility has also created a substantial number of manufacturing and technical jobs to support its operations and planned expansion. In October 2023, we announced a substantial investment in a solar photovoltaic cell manufacturing facility in Jeffersonville, Indiana. Upon full completion of both phases, the Jeffersonville facility will contribute 6.3 GW of annual solar cell production capacity to support our U.S.-based module production and is expected to create a significant number of additional high-tech jobs. We also plan to invest in a new manufacturing and R&D hub for our utility-scale battery energy storage business in Shelbyville, Kentucky. Even if we expand our manufacturing capacity as planned, there is no guarantee that we will be able to manage our growth effectively, generate sufficient customer demand for our products, or successfully integrate our overall manufacturing capacity to achieve operational efficiency, which could adversely affect our business, financial condition and results of operations. Antidumping and countervailing duty determinations in the United States could adversely affect us. The Group’s exports to the U.S. could be adversely impacted by the U.S. Department of Commerce’s (the “USDOC”) determinations in the various ongoing antidumping and countervailing duty investigations and orders on crystalline silicon photovoltaic (“CSPV”) cell and module imports. These risks are partially mitigated by the Group’s compliance with the USDOC’s various certification regimes. 18 Table of Contents On August 17, 2023, USDOC issued affirmative final determinations of circumvention with respect to CSPV products from Cambodia, Thailand, Malaysia, and Vietnam. The USDOC also made company-specific affirmative determinations with respect to several companies, including Canadian Solar International Limited (“CSIL”). The Group defended its interests in these proceedings. While the determination under the USDOC’s regulations typically imposes antidumping duty (“AD”) and countervailing duty (“CVD”) liability from the date of initiation (here, April 1, 2022), the USDOC published a final rule that delayed AD/CVD liability for CSIL’s exports from Thailand in the solar circumvention proceedings (the “Solar Moratorium”) in response to Proclamation 10414 issued by the U.S. government on June 6, 2022, which suspended AD/CVD requirements on eligible product imports through June 6, 2024. To qualify for the Solar Moratorium, imports must have entered the U.S. by June 6, 2024, and be utilized in solar energy projects within 180 days of that date. The USDOC also implemented a certification mechanism for exporters and importers to demonstrate that merchandise is not subject to circumvention requirements in light of (i) the Solar Moratorium, or (ii) limited reliance on Chinese-origin components (including wafers). Accordingly, the Group’s exports from Thailand to the U.S. market could be treated as Chinese-origin and be subjected to significant AD/CVD deposit rates, adversely affecting our competitiveness in the U.S., and harming our financial condition and results of operations. However, the Group’s compliance with USDOC certification requirements reduces this risk. In 2025, the U.S. Court of International Trade (“USCIT”) sustained USDOC’s Thailand circumvention determination, and the Company has appealed to the U.S. Court of Appeals for the Federal Circuit. Also in 2025, the USCIT overturned and vacated the USDOC’s Solar Moratorium. This decision by the USCIT was appealed to the Federal Circuit in September 2025 and that appeal remains ongoing. On July 17, 2025, the Alliance for American Solar Manufacturing and Trade filed petitions for antidumping and countervailing duty orders on CSPV cells and modules imported from India, Indonesia, and Laos. The Group is also defending its interests in these proceedings. For additional details, please refer to “Item 8. Financial Information—A. Consolidated Statements and Other Financial Information—Legal and Administrative Proceedings.” Other trade measures such as Section 232 and Section 301 tariffs could adversely affect us. The Group’s exports to the U.S. could be adversely impacted by the ongoing Section 232 investigation on polysilicon and its derivatives, and the Section 301 investigations on U.S. imports from nearly all countries including from China and Southeast Asia. Announcements with respect to these investigations are expected later in 2026. For additional details, please refer to “Item 8. Financial Information—A. Consolidated Statements and Other Financial Information—Legal and Administrative Proceedings.” Tariffs and other trade barriers, including reciprocal tariffs under the International Emergency Economic Powers Act on imports into the United States, could adversely affect us. On February 1, 2025, the U.S. government issued an Executive Order pursuant to the International Emergency Economic Powers Act (the “IEEPA”) imposing a 10% tariff on all imports from China, effective February 4, 2025. On March 3, 2025, the U.S. government amended the Executive Order increasing the tariff to 20%, effective March 4, 2025. The 20% tariff applies in addition to any other duties, fees, exactions, and charges applicable to the covered imports from China. On April 2, 2025, the U.S. government issued an Executive Order pursuant to IEEPA imposing an indefinite reciprocal 10% tariff on almost all goods imported into the U.S., effective April 5, 2025, and individualized higher IEEPA tariffs (11% to 50%) starting April 9, 2025 on goods originating from 57 countries with trade surpluses with the U.S., including China, Thailand, and Vietnam, among other countries. On April 9, 2025, the U.S. government issued a further Executive Order increasing the IEEPA reciprocal tariff on China to 125% effective April 10, 2025. Concurrently, the U.S. government announced a temporary suspension of the country-specific reciprocal tariff measures targeting most U.S. trading partners for a 90-day period, or until July 9, 2025. This sequence of actions underscored a strategic recalibration of the U.S. trade policy, emphasizing heightened pressure on international trade. 19 Table of Contents In August 2025, the U.S. Court of Appeals for the Federal Circuit ruled against certain of the U.S. tariffs that have been implemented. On February 20, 2026, the U.S. Supreme Court rendered a decision invalidating tariffs imposed under the IIEPA. We are closely monitoring potential changes in international trade policy, as it remains unclear what additional actions, if any, will be taken by the U.S. or other governments with respect to international trade agreements, the imposition of tariffs on goods imported into the U.S., tax policy related to international commerce, or other trade matters. If any new tariffs, legislation and/or regulations are implemented, or if existing trade agreements are renegotiated or, in particular, if the U.S. government takes retaliatory trade actions due to the recent U.S.-China trade tension, such changes could have an adverse effect on our business, financial condition and results of operations. Our revenues and results of operations are subject to significant fluctuations, which make our financial performance difficult to predict. Our revenues and results of operations have historically fluctuated and are likely to continue fluctuating from quarter to quarter and year to year due to a number of factors, many of which are beyond our control. Factors contributing to these variations include, among others, changes in the average selling prices of our solar modules, fluctuations in shipment volume and customer demand, timing of revenue recognition for battery energy storage products and services, timing and pricing of project sales, loss or addition of significant customers, availability of government incentives, regulatory changes, and variations in manufacturing and material costs, including high-purity silicon, lithium cells, solar cells and wafers. We also experience seasonality in demand linked to construction cycles and weather conditions. Moreover, besides seasonality, there are many other factors that may affect our customers’ order patterns, including expectations of future price movements, inventory adjustments, grid-connection and offtaker deadlines, government policy changes and tariff adjustments. These factors may reduce or strengthen the impact of seasonality on our products and services. As we scale our battery energy storage business, we may enter into turnkey EPC contracts and commit to a fixed project price based on preliminary cost estimates. If actual costs exceed our estimates due to unforeseen factors such as material price increases, supply chain shortages or labor constraints, we may be unable to recover those costs, which could negatively impact profitability. Delays or performance issues involving third parties may also result in penalties or additional obligations. These factors contribute to fluctuations in our revenues and results of operations. We are exposed to fluctuations in foreign currency exchange rates. While the majority of our sales and cash are denominated in U.S. dollars, Renminbi and Euros, we also transact in various other currencies. A significant portion of our manufacturing costs are denominated in Renminbi, making us particularly sensitive to its appreciation against the U.S. dollars and other currencies. Such appreciation could increase our operating expenses and impact our cost competitiveness. In addition, we maintain loans in multiple currencies, including Renminbi, U.S. dollars, Euros, Japanese yen and Brazilian reals, further exposing us to exchange rate volatility. Although we engage in hedging activities to mitigate near term foreign exchange risk, these hedges may not fully offset the longer-term impact of foreign currency fluctuations. In addition, we base our operating expenses in part based on expected future revenues, and a significant portion of those expenses are fixed in the short-term. If actual revenues are lower than we expected, we may not be able to adjust our operating expenses proportionately. As a result, our financial performance may continue to fluctuate significantly, and historical results should not be relied upon as an indicator of future performance. Furthermore, our financial results and effective tax rates could change due to shifts in the mix of profits earned in countries with different tax rates, changes in the valuation of our deferred tax assets and liabilities, adjustments to provisional taxes upon finalization of various tax returns, adjustments to the interpretation of transfer pricing standards, the availability of tax credits, or changes in tax laws or interpretations, including tax holidays or tax incentives. Recent developments include international tax reforms proposed by the Organization for Economic Co-operation and Development (“OECD”) as part of its Base Erosion and Profit Shifting (“BEPS”) project. These include the allocation of profits among tax jurisdictions in which companies do business and the implementation of a global minimum tax rate of 15%, referred to as Pillar One and Pillar Two, respectively. Several tax jurisdictions have enacted or are in the process of implementing Pillar Two legislation, a 15% global minimum tax on profits, including Hong Kong, Canada and the U.K., which enacted such legislation on June 6, 2025, June 20, 2024 and July 11, 2023, respectively. The OECD and participating countries continue to issue administrative guidance on its applications, which may impact our tax obligations. In the U.S., the IRA included provisions that will impose, among others, a minimum tax on the book income of certain large corporations. Pending further regulatory guidance, these changes could increase our future tax liabilities. 20 Table of Contents We need a significant amount of cash to fund manufacturing expansion, project development and construction. Our manufacturing and project development businesses are capital intensive, and we anticipate that our capital requirements will continue to increase. To develop new products, support growth, improve production cost efficiencies, and maintain product quality, we need to invest in manufacturing capacity, facilities, equipment, product and process technology. In addition, significant cash resources are required for the development and construction of our solar power and battery energy storage projects. In 2023, CSI Solar raised RMB 6.91 billion ($966.9 million) from public investors in connection with its STAR Listing on the Shanghai Stock Exchange. In 2024, an entity managed by BlackRock invested $500.0 million in Series A Preferred Shares of Recurrent Energy B.V.. In 2025, we issued $200.0 million of convertible senior secured notes due 2029 to PAG. In January 2026, we raised $230.0 million of convertible senior notes due 2031. The preferred shares and convertible notes may include redemption rights, conversion features, dividend obligations, or other terms that could require or incentivize cash payments, refinancing or repurchase at or prior to maturity, upon the occurrence of specified events or at the election of the holders. The timing and magnitude of any such obligations could increase our future cash requirements and reduce the cash available for manufacturing expansion, project development and construction. If we are unable to generate sufficient cash flows, obtain adequate funding, or find alternative sources of capital on commercially acceptable terms, our ability to fund manufacturing operations and project development business would be significantly impaired. This could have a material and adverse effect on our business prospects, financial condition, liquidity and results of operations. Our substantial indebtedness and reliance on short-term financing could limit our financial flexibility and competitive position. As of December 31, 2025, our total debt, including financing liabilities, was approximately $6.5 billion, of which $2.2 billion was non-recourse debt. Our substantial indebtedness increases our vulnerability to adverse economic and industry conditions, and requires significant cash flow for debt service, thereby reducing funds available for working capital, capital expenditures and other general corporate purposes. These obligations could limit our financial flexibility to respond to business changes, pursue business opportunities we believe to be desirable, or compete effectively against competitors that have less debt. In addition, restrictive covenants in our debt agreements may constrain our ability to incur additional debt, further constraining financial flexibility. Our ability to generate sufficient cash to satisfy our outstanding and future debt obligations depends on future operating performance, which is affected by economic conditions and other factors beyond our control. If we are unable to generate sufficient cash flow from operations to service our indebtedness, we may need to take alternative measures that may include actions such as reducing or delaying capital expenditures, selling assets, restructuring or refinancing our debt, or seeking equity capital. There is no assurance that these measures could be instituted on satisfactory terms, if at all. Any of these events could materially and adversely affect our ability to manage our debt obligations, which could materially and adversely affect our business, financial condition and results of operations. Failure to comply with financial and other covenants in our debt instruments could adversely affect our liquidity. Many of our debt instruments contain financial covenants and broad default provisions, including interest and debt coverage ratios, loan to equity value of designated projects and debt to asset ratios, and minimum equity requirements. These covenants could restrict our ability to respond to market conditions, meet capital needs and pursue growth plans. Adverse economic conditions or industry changes may cause us to incur significant losses or force us to assume considerable liabilities, which could impair our ability to comply with these covenants. If we fail to comply and our lenders refuse to grant waivers, an event of default could be triggered, which may accelerate repayment obligations under the applicable debt instruments and result in the foreclosure of security interests, including pledges of equity interests in material subsidiaries. Some of our debt agreements also contain cross-default clauses that enable lenders to declare an event of default if we breach covenants under other debt agreements. Our ability to meet these restrictive financial ratios and covenants can be impacted by events beyond our control and we may be unable to do so. If we are unable to cure violations or obtain waivers of non-compliance in a timely manner, we may face significant liquidity constraints, which could materially and adversely affect our financial condition and results of operations. 21 Table of Contents Supply chain disruptions, cost increases or performance issues could adversely affect our business and relationship with customers, particularly given our dependence on a limited number of key suppliers. We rely on third-party suppliers for key materials, components and equipment, including high-purity polysilicon, ingots, wafers, cells, silver-based metallic pastes, glass, metal frames, ethylene vinyl acetate, junction boxes, polymer back sheets, lithium iron phosphate battery cells, inverters, trackers, mounting hardware, and grid interconnection equipment. Given our dependence on a limited number of suppliers, we are vulnerable to supply chain disruptions. If suppliers fail to meet our quantity, quality or cost requirements, we may face increased costs, production delays, or non-compliance with customer agreements, potentially leading to order cancellations, contractual liabilities, and revenue shortfalls. Supply chain risks are further exacerbated by inflationary pressures, rising input costs, and production delays. Prices for certain key raw materials, including polysilicon, silver-based metallic pastes and lithium carbonate, have historically been volatile, and increases in the cost of these inputs could adversely affect our manufacturing costs and margins, particularly where pricing under customer contracts does not permit timely pass-through of such increases. Although we may build buffer inventories, there is no assurance that these buffer inventories will fully mitigate supply disruptions or cost increases. Supply interruptions may also result from accidents, energy shortage, natural disasters or other unforeseen events beyond our control. If we are unable to secure alternative suppliers on commercially reasonable terms, or if increased costs cannot be passed on to our customers, our market position, customer relationships and results of operations could be materially and adversely affected. We are developing and commercializing higher conversion efficiency cells, but we may not be able to mass-produce these cells in a cost-effective way, if at all. Higher efficiency cell structures are increasingly vital for cost competitiveness and brand recognition in the solar power industry, as they can yield higher power outputs at the similar production costs, thereby lowering the cost per watt. Manufacturing and selling modules made from such cells offer a competitive advantage, enabling system owners to generate more electricity without additional infrastructure or systems. We have focused our research on advanced technologies, including N-type Heterojunction (“HJT”) and TOPCon cells, and other technologies such as interdigitated back contact (“IBC”) cell. In mid-2022, we launched HJT module products for high-end roof-top application. In early 2023, we began mass production of TOPCon modules. While we are investing in the development of higher conversion efficiency solar modules, there is no assurance that we will be able to commercialize these technologies cost-effectively, if at all. In the near term, products with such technologies may command a modest premium. In the longer term, if competitors are able to manufacture these products more cost-effectively, we may experience a competitive disadvantage, which could affect our product pricing and our financial performance. Defects or performance issues in our products could result in warranty claims that could impose significant costs on us. We may incur significant costs due to warranty claims if our products fail to perform as expected or are alleged to have defects. Our standard warranties cover defects in materials and workmanship for periods ranging from 1 to 30 years, depending on the product type. Additionally, we provide performance warranties ensuring a specified power output over time. Given these extended warranty periods, we are exposed to the risk of substantial claims long after product shipment and revenue recognition. While we conduct rigorous quality testing, our products have not been operational for their full warranty durations, and unforeseen issues may arise over time, potentially harming our reputation and financial results. Furthermore, as we expand and diversify our product offerings, our exposure to warranty and product liability may increase. Although we maintain reserves for warranty expenses based on various factors, actual costs may differ significantly from our estimates, leading to unexpected volatility in our results of operations. We have historically entered into agreements with a group of insurance companies to cover a portion of our solar module warranty obligations. The insurance policies were designed to match our solar module product warranty terms, and the insurance companies were obliged to reimburse us for actual product warranty costs, subject to claim limits and deductibles. However, warranty claims may exceed coverage limits, and the claims process can be lengthy and uncertain, with outcomes that may not align with our expectations. If claims are delayed, disputed, or denied, our results of operations could materially and adversely affected. 22 Table of Contents Our dependence on a limited number of customers may cause significant fluctuations or declines in our revenues. We sell a substantial portion of our solar module and battery energy storage products to a limited number of customers. Our top five customers by revenues accounted for approximately 15.8%, 17.8% and 17.4% of our net revenues in 2023, 2024 and 2025, respectively. We expect our dependence on a limited number of customers to continue for the foreseeable future. The loss or reduction in sales to any major customer, if not replaced in a timely manner, could materially reduce our revenue and affect our results of operations. As we expand our business and product offerings, our customer base may shift, and there is no assurance that we will establish a stable or diversified customer base. Our founder, Dr. Shawn Qu, has substantial influence over our company and his interests may not be aligned with the interests of our other shareholders. As of January 31, 2026, Dr. Shawn Qu, our founder, Chairman and Chief Executive Officer, beneficially owned 14,054,888 common shares, representing 20.7% of our outstanding shares. Dr. Qu also serves as the chairman of CSI Solar and as a member of the board of directors of Recurrent Energy B.V. As a result, Dr. Shawn Qu has substantial influence over our business, including decisions regarding mergers and acquisitions, consolidations, asset sales, the election of directors and other significant corporate actions. This concentration of ownership may discourage, delay, or prevent a change in control of our company, which could deprive our other shareholders of an opportunity to receive a premium for their shares in the sale of our company and might reduce the price of our common shares. Our inability to protect our intellectual property rights or defend against patent infringement or other intellectual property claims, could undermine our competitive position, adversely affect our business and impose significant costs. We retain intellectual property rights to some of the technologies that we develop in solar power and battery energy storage products, As of December 31, 2025, we held 2,314 patents and had 636 patent applications pending across several jurisdictions. We have registered the “Canadian Solar” trademark in multiple jurisdictions, with pending application in additional countries. As of December 31, 2025, we held 325 registered trademarks and had 72 trademark applications pending across several jurisdictions. While we take measures to protect our intellectual property, these rights afford only limited protection and may not prevent third-party infringement. Additionally, our success depends on our ability to develop and use our technology and know-how without infringing third-party intellectual property rights. Patent and intellectual property disputes are inherently uncertain and often involve complex legal, scientific, and factual issues. Defending such claims can be costly, time-consuming and may divert management and technical resources. Furthermore, we use third-party equipment in our production lines, sometimes without sufficient supplier guarantees that our use of such equipment does not infringe third-party intellectual property rights. This creates a potential source of litigation or infringement claims. An adverse determination in any such litigation or proceedings to which we may become a party could subject us to significant liability, require us to seek licenses, pay ongoing royalties, redesign products or comply with injunctions prohibiting the manufacture, sale or use of our technologies. Protracted litigation could deter customers from purchasing our products until disputes are resolved. While we have resolved claims and disputes in the past without material impact on our financial position, we cannot guarantee that future disputes will not have a material adverse effect on our business and results of operations. Our failure to comply with environmental, health and safety laws could result in significant costs, adverse publicity, fines and business disruption. We are subject to national and local laws governing environmental protection, health and safety. We believe we comply with all applicable regulations, including those related to noise, wastewater, air emissions, hazardous substances and industrial waste. Beyond what is required by environmental laws, we have implemented measures to reduce our environmental impact, including promoting a circular economy to maximize material and energy efficiency and minimize waste generation, and setting rolling five-year targets to lower the intensities of manufacturing GHG emissions, energy and water consumption, and waste generation. We have also strengthened supplier scrutiny on ESG requirements and implemented ESG compliance audits across our supply chain. If we fail to comply with current or future environmental regulations, we may incur substantial fines, production suspensions or operation closures. Stricter regulations in the future could significantly increase compliance costs. Our solar power and battery energy storage products must meet environmental standards in the jurisdictions in which they are installed, and compliant-related design and manufacturing costs could impact our competitiveness. 23 Table of Contents The ownership, construction and operation of our solar power and battery energy storage projects are subject to environmental, health and safety laws in each jurisdiction where our projects operate or plan to operate. Some projects may require environmental impact assessments and programs to identify and understand their potential environmental impacts, allowing us to plan and design projects that minimize harm to ecosystems and communities. If such programs are unsuccessful, our projects could face increased mitigation requirements, operational curtailments, penalties or permit revocation. Our costs of complying with current and future environmental, health and safety laws, regulations and permit requirements (or other similar requirements), and any liabilities, fines or other sanctions resulting from violations, could have a material adverse effect on our business and results of operations. Laws, regulations and government actions on sustainability could result in significant additional costs and expose us to additional liabilities. Our operations emit greenhouse gases, and evolving laws and regulations may require us to obtain permits, undergo environmental review, and implement monitoring programs. For instance, the SEC adopted rules on March 6, 2024, mandating public companies to disclose climate-related risks and GHG emissions in their annual reports starting in the fiscal year 2025. However, the implementation of these rules has been stayed due to legal challenges, and as of March 27, 2025, the SEC ceased defending the rules in court, creating uncertainty regarding their future applicability. The European Corporate Sustainability Reporting Directive (“CSRD”) requires companies to report on a broad range of ESG factors. A central feature of the CSRD is the concept of double materiality, which mandates companies to identify sustainability matters that are most material to the organization and its stakeholders. Recent legislative developments have led to proposed amendments that may delay the implementation of the CSRD’s reporting requirements. On April 3, 2025, the European Parliament voted to postpone the application of certain sustainability reporting rules, allowing lawmakers additional time to renegotiate exemptions. As a result, reporting requirements for certain companies are postponed until 2027, with first reports due in 2028. On December 16, 2025, the European Parliament adopted the Omnibus I proposals. The Omnibus I proposals are subject to further legislative negotiations, and their final form and implementation timeline remain uncertain. Given these developments, we are closely monitoring the evolving regulatory landscape to determine the specific impact on our reporting obligations under the CSRD. In China, regulatory authorities have recently introduced ESG disclosure guidelines requiring public companies to report on material ESG topics, including the integration of double materiality assessments. CSI Solar, as a public company listed on the STAR Market, will be required to comply with these guidelines by April 30, 2026, for disclosures covering the fiscal year 2025. Since 2020, we have been measuring GHG emissions from our operations, including manufacturing. We have also set rolling five-year targets to reduce GHG emissions, energy and water consumption, and waste intensities, which are updated annually. Our commitment includes the goal of powering all our operations with renewable energy by 2030. In addition, we are committed to setting science-based near-term and net-zero targets and decarbonizing our operations and value chain, and our targets were formally validated and approved by the Science Based Targets initiative (“SBTi”) in December 2025. While these initiatives are expected to meaningfully reduce our GHG emissions in the future, their successful execution may be subject to policy, market or cost barriers in the locations where we operate. Our business model supports global decarbonization by enabling customers to reduce their carbon footprint through solar energy and battery energy storage solutions. However, evolving carbon pricing mechanisms, emission regulations, and government decarbonization targets could increase our compliance costs, impact operations, or require additional investments in emission reduction equipment and technologies. The financial and operational impact of such regulatory developments remains uncertain and cannot yet be determined. Corporate sustainability may impose additional costs and create new compliance challenges. Public ESG and sustainability reporting has become more broadly expected by investors, shareholders, customers and other stakeholders. Investors and customers may consider a company’s sustainability performance as a reputational or other factor in making an investment or purchase decision. Our failure to meet established ESG standards or achieve acceptable ratings could lead to reputational damage, increased costs, and potential disadvantage relative to our competitors. We actively monitor sustainability-related key performance indicators, and have set meaningful targets to ensure that we manage our business in a responsible way and maintain a responsible supply chain. See “Item 4. Information on the Company—B. Business Overview—Environmental, Social and Governance Initiatives.” However, implementing our sustainability strategy may result in increased costs and could have a material adverse effect on our business and results of operations. In addition, evolving sustainability standards may impose more stringent requirements on us and our suppliers. As such, there is no certainty that we will be able to meet our sustainability or other objectives efficiently and in a timely manner, if at all. 24 Table of Contents Interruption, security breaches or failures of information technology, control and communication systems could disrupt our business and expose us to liability. We rely on our information technology systems and network infrastructure, some of which are managed by third parties, to process, store and transmit electronic information. Our information technology systems and those of critical third-party providers are vulnerable to cybersecurity incidents, including power outages, system failures, unauthorized access, malware, ransomware, data breaches and other cyber threats. Despite the security measures we have implemented, we have experienced cyberattacks in the past, including business email compromise, and we expect the frequency and sophistication of cyberattacks and other security incidents to continue to increase in the future. In addition, cyber treats targeting the energy and infrastructure sectors continue to increase in frequency and sophistication. We cannot guarantee that our defenses and those of critical third-party providers will prevent cybersecurity incidents, detect intrusions in a timely manner or enable full recovery. Cybersecurity breaches may lead to data theft, loss or misuse of proprietary and personal information, exposing us to legal claims, regulatory penalties, compliance costs and significant financial and reputational damage. Our cybersecurity costs may increase as regulatory requirements evolve and the threat landscape expands. If we fail to adequately prevent, detect, or mitigate cybersecurity threats, our business, operations, and financial results could be materially and adversely affected. In addition, evolving global data protection laws impose compliance burdens. Regulations such as the EU GDPR and Canada’s Québec Privacy Act require companies handling personal data to meet stringent security and privacy standards. Noncompliance may result in fines, operational restrictions, legal claims and heightened regulatory scrutiny. Given the growing complexity of cybersecurity threats and regulatory obligations, we may need to allocate significant financial and operational resources to enhance data protection and ensure compliance. If we fail to prevent or mitigate cybersecurity incidents, or comply with evolving data protection laws, our business, reputation and financial condition may be materially and adversely affected. Weaknesses in our internal control over financial reporting could undermine investor confidence and adversely affect the value of our common shares. As a public company, we are required by Section 404 of the Sarbanes-Oxley Act to include a management report on, among other things, the effectiveness of our internal control over financial reporting in our annual report. As of December 31, 2025, management concluded that our internal control over financial reporting was effective. Our independent registered public accounting firm will also evaluate and report on the effectiveness of our internal control over financial reporting. However, we cannot guarantee that material weaknesses will not emerge in the future. Any such weaknesses could lead to delays in our periodic reporting, material misstatements in our financial statements, and a loss of investor confidence, leading to an adverse effect in the value of our common shares. Although CSI Solar completed the STAR Listing, we may not achieve the results contemplated by our business strategy. In addition, it is difficult to predict the effect of CSI Solar’s STAR Listing on our common shares. Although CSI Solar completed its initial public offering and listing (the “STAR Listing”) on the Science and Technology Innovation Board (the “STAR Market”) of the Shanghai Stock Exchange in 2023, we may not realize the anticipated benefits. CSI Solar’s completion of its STAR Listing may not have the anticipated effects of strengthening CSI Solar and its market leadership position. CSI Solar has broad discretion over the use of the proceeds from the STAR Listing, and it may not spend or invest those proceeds in a manner that results in its operating success or with which holders of our common shares agree. CSI Solar’s failure to leverage its STAR Listing could adversely impact its results of operations and, in turn, the market value of our common shares. CSI Solar is subject to the listing and securities law regime of the Shanghai Stock Exchange. The Shanghai Stock Exchange and Nasdaq have different trading hours, trading characteristics (including trading volume and liquidity), trading and listing rules, and investor bases, including different levels of retail and institutional participation. As a result of these differences and given the fact that CSI Solar will remain one of our significant subsidiaries, fluctuations in the price of the shares of CSI Solar due to circumstances peculiar to the STAR Market or otherwise could in turn affect the price of our common shares. Furthermore, investors may choose to invest directly in CSI Solar rather than our shares listed on the Nasdaq Global Select Market, which could result in reduced demand and market value for our common shares. 25 Table of Contents CSI Solar’s status as a publicly traded company that is controlled, but less than wholly owned, may create complexities and adversely affect our financial results. Canadian Solar Inc. has a direct ownership interest in CSI Solar Co., Ltd. through its holding of approximately 64% of the outstanding shares of CSI Solar Co., Ltd. CSI Solar operates under a separate board of directors and officers whose fiduciary duties extend to all of its shareholders. In fulfilling these duties, they may take actions that may be contrary to our best interests. CSI Solar Co., Ltd. and Canadian Solar Inc. are independently listed on the Shanghai Stock Exchange and the Nasdaq Global Select Market, respectively, and are subject to differing regulatory, accounting standards and disclosure requirements. These differences may create inconsistencies in financial reporting, timing of disclosures and investor communications, which may lead to potential confusion or uncertainty among investors. In addition, CSI Solar may undertake capital raises, share repurchases and share-based compensation for its directors, officers and employees, which could dilute or increase our ownership interest, affect cash flows, and increase share-based compensation expenses in the future. In April 2024, CSI Solar launched a share repurchase program of RMB 500.0 million up to RMB 1,000.0 million ($70.4 million up to $140.8 million) to reserve shares for future share-based awards. In December 2024, CSI Solar launched a further share purchase program of RMB 500.0 million up to RMB 1,000.0 million ($70.4 million up to $140.8 million) to reduce its registered capital. In 2024 and 2025, CSI Solar repurchased 52.7 million and 45.1 million shares, representing 1.43% and 1.22% of its total shares, for RMB 566.2 million ($79.6 million) and RMB500.6 million ($70.1 million), respectively. We have granted, and may continue to grant, various share-based incentive awards which may increase our share-based compensation expenses. Under our 2006 share incentive plan, we grant restricted shares, options and restricted share units to eligible employees, directors and consultants. In addition, CSI Solar granted performance-based restricted share units to directors and key employees, with vesting tied to the its STAR Listing date and subsequent anniversaries. See “Item 6 Directors, Senior Management and Employees—B. Compensation of Directors and Executive Officers” for more details. CSI Solar adopted a restricted share incentive plan in 2024, granting options to its officers, directors and employees to purchase shares of CSI Solar, subject to service and performance vesting conditions. We recognized $21.4 million and $24.4 million in share-based compensation expenses in 2024 and 2025, respectively. We consider share-based compensation critical for attracting, retaining and motivating key personnel and expect to continue issuing such share-based incentive awards. However, these grants may increase our share-based compensation expenses. In addition, performance-based awards may cause greater period over period fluctuations compared to time-based awards. We may encounter difficulties with acquisitions and divestitures, which could harm our business. We have completed several acquisitions in the past and may continue to acquire additional business in the future to improve our market position, expand our products and services, or achieve other business objectives. However, these activities could subject us to a number of risks, including challenges associated with integrating the acquired operations, personnel, services, internal controls and financial reporting into our existing operations. If we fail to successfully integrate acquisitions, it could result in disruptions to our business operations, loss of key personnel, or failure to realize anticipated synergies or other benefits. Divestitures also involve significant risks, such as difficulties in finding buyers on acceptable terms and within a reasonable timeframe, and agreed terms could be renegotiated due to changes in business or market conditions. Divestitures could adversely affect our profitability and may require us to record impairment charges or losses as a result of the transaction. There can be no assurance that we will be able to make acquisitions and investments and successfully integrate them into our operations, or establish strategic relationships with third parties that will prove to be effective for our business or make divestitures. Our inability to do so could materially and adversely affect our market penetration, our revenue growth and our profitability. 26 Table of Contents We face risks related to private securities litigation. There is no guarantee that we will not become party to lawsuits from time to time. If we were involved in a class action suit, it could divert significant attention and resources from our business and operations, and require us to incur significant expenses to defend the suit. In addition, we are generally obligated, to the extent permitted by law, to indemnify our directors and officers in such matters. Adverse outcomes in such litigation could lead to significant judgments or settlements that materially and adversely affect our financial condition or results of operations. The delisting or prohibition of trading of our common shares pursuant to the HFCAA, or the risk or perception that such action may occur, could materially and adversely affect the value of your investment. Pursuant to the HFCAA as amended by the Consolidated Appropriations Act, 2023, if the SEC determines that we have filed audit reports issued by a registered public accounting firm that has not been subject to inspection by the Public Company Accounting Oversight Board, or the PCAOB, and that we are a Commission-Identified Issuer under the HFCAA for two consecutive years, the SEC will prohibit our common shares from being traded on a national securities exchange or in the over-the-counter trading market in the U.S. In the event of such determination, the Nasdaq is expected to delist our common shares. On December 16, 2021, the PCAOB issued a report to notify the SEC its determinations that it was unable to inspect or investigate completely PCAOB-registered public accounting firms headquartered in mainland China and Hong Kong. Our auditor, Deloitte Touche Tohmatsu Certified Public Accountants LLP, an independent registered public accounting firm located in China, was subject to that determination. On May 26, 2022, we were conclusively identified as a “Commission-Identified Issuer” under the HFCAA following the filing of our annual report on Form 20-F for the fiscal year ended December 31, 2021. On December 15, 2022, the PCAOB vacated its previous determinations issued on December 16, 2021 that it was unable to inspect or investigate completely PCAOB-registered public accounting firms headquartered in mainland China and Hong Kong. Therefore, our auditor is currently able to be fully inspected and investigated by the PCAOB. For this reason, we were not identified as a Commission-Identified Issuer under the HFCAA after we filed our annual report on Form 20-F for the fiscal year ended December 31, 2022, and do not expect to be so identified when we file our annual report on Form 20-F for the fiscal year ended December 31, 2025. There are no PCAOB determinations currently in effect. Accordingly, we are not currently at risk of having our securities subject to an initial trading prohibition under the HFCAA. On February 21, 2025, the U.S. administration undertakes, among other things, to determine if adequate financial auditing standards are upheld for companies covered by the HFCAA. However, it is uncertain whether the PCAOB will continue to be able to satisfactorily inspect and investigate registered public accounting firms in mainland China and Hong Kong, among other jurisdictions. If in the future, PCAOB finds that it is unable to completely inspect and investigate registered public accounting firms in mainland China and Hong Kong, the PCAOB may act immediately to consider the need to issue a new determination, and we may be identified as a Commission-Identified Issuer again. In accordance with the HFCAA as amended by the Consolidated Appropriations Act, 2023, our securities would be prohibited from being traded on a national securities exchange or in the over-the-counter trading market in the U.S. if we are identified as a Commission-Identified Issuer for two consecutive years. Furthermore, we cannot assure you whether Nasdaq or regulatory authorities would apply additional and more stringent criteria to us after considering the effectiveness of our auditor’s audit procedures and quality control procedures, adequacy of personnel and training, or sufficiency of resources, geographic reach or experience as it relates to the audit of our financial statements. In addition, any additional actions, proceedings, or new rules resulting from these efforts to increase U.S. regulatory access to audit information could create some uncertainty for investors, adversely affect the market price of our ordinary shares, and we could be delisted if we and our auditor are unable to meet the PCAOB inspection requirement or are required to engage a new audit firm, which would require significant expense and management time. The delisting or prohibition of trading of our common shares, or the threat of their being delisted or prohibited from trading, may materially and adversely affect the value of your investment. If our common shares are prohibited from trading in the United States, there is no certainty that we will be able to list on a non-U.S. exchange or that a market for our shares will develop outside of the United States. A prohibition of being able to trade in the United States would substantially impair your ability to sell or purchase our common shares when you wish to do so, and the risk and uncertainty associated with delisting would have a negative impact on the price of our common shares. Also, such a prohibition would significantly affect our ability to raise capital on terms acceptable to us, or at all, which could have a material adverse impact on our business prospects and financial condition. 27 Table of Contents Risks Related to Doing Business in China The rules and regulations in China can change quickly with little advance notice. Uncertainties with respect to the PRC legal system, as well as changes in any government policies, laws and regulations, could affect the addressable industry of CSI Solar and CSI Solar’s ability to conduct its operations in China, which could result in material changes to CSI Solar’s operations and the value of our securities. CSI Solar conducts a portion of its operations in China. Its PRC operations are governed by PRC laws and regulations. The PRC legal system, based on written statutes, differs from common law systems, as prior court decisions may be cited for reference but have limited precedential value. The PRC legal system continues to rapidly evolve and the implementation, interpretation and enforcement of its laws, regulations and rules may be inconsistent and change quickly with little advance notice, which may limit legal protections available to us. In addition, any litigation in China may be protracted and may result in substantial costs and divert CSI Solar’s resources and the attention of its management. Moreover, because these laws and regulations are subject to varying interpretations, their application in practice may evolve over time as new guidance becomes available. The revised PRC Company Law, effective on July 1, 2024, introduced substantial changes to the capitalization requirements, the corporate governance and the duties of directors, supervisors and senior management. If CSI Solar fails to comply with these regulations and any subsequent changes, it may be subject to penalties and our business may be harmed. CSI Solar’s operations are also subject to China’s foreign investment regime under the Foreign Investment Law and its Implementation Rules. According to these regulations, foreign investments shall be conducted in line with the “negative list” and obtain relevant approvals issued by the State Council from time to time. The “negative list” sets special administrative measures for foreign investment access in specific industries. Foreign investors are not allowed to invest in prohibited industries as specified in the “negative list” and subject to certain restrictions when investing in the restricted industries as specified in the “negative list.” The National Development and Reform Commission (“NDRC”) and the Ministry of Commerce (“MOFCOM”) jointly issued the Catalogue of Encouraged Industries for Foreign Investment (2025 Edition), which took effect on February 1, 2026 and includes photovoltaic power generation equipment manufacturing as an encouraged industry. However, it is uncertain whether CSI Solar will be subject to future foreign investment restrictions or prohibitions, although it is not currently subject to such restrictions under the existing “negative list.” We cannot assure you that future interpretation or implementation of the Foreign Investment Law by relevant authorities will not materially impact CSI Solar’s corporate structure, governance, industry or business operations. In addition, the PRC government has strengthened anti-monopoly and competition laws recently, including heighten scrutiny of consolidation, pricing management and capacity coordination in certain segment of the solar photovoltaic industry, such as polysilicon, amid ongoing industry oversupply. Although we believe CSI Solar’s operations comply with existing anti-monopoly and competition regulations, there remain uncertainties regarding their interpretation and enforcement. We cannot guarantee that regulators will agree with CSI Solar or that CSI Solar’s business operations comply with such regulations and authorities’ requirements in all respects. If any non-compliance is raised by relevant authorities and determined against CSI Solar, it may be subject to fines and other penalties. The PRC government exercises substantial control over the economy and may intervene in or influence CSI Solar’s operations at any time, which could result in material changes to CSI Solar’s operations and the value of our securities. The PRC government exercises substantial control over the economy through regulation and state ownership. CSI Solar’s ability to operate in China may be impaired by changes in its laws and regulations, including those governing the industry in which it operates, its taxation, land use rights and foreign investment restrictions. In addition, central and local governments may impose new or stricter regulations or reinterpret existing regulations that would require additional compliance measures and costs. Any such government intervention, regulatory action or policy change could require significant changes to CSI Solar’s operations, which could in turn affect the value of our securities. 28 Table of Contents Failure to comply with PRC regulations and other legal obligations concerning cybersecurity, privacy, data protection and informational security may materially and adversely affect CSI Solar’s business, as it routinely collects, stores and uses data during the conduct of its business. CSI Solar routinely collects, stores and uses data during its operations including but not limited to the demand and pricing of solar and battery energy storage products, location and capacity of its production facilities, operational and performance data of solar and battery projects that it provides services to, and the information related to its employees, customers and suppliers. CSI Solar is subject to PRC laws and regulations governing the collecting, storing, sharing, using, processing, disclosure and protection of data on the internet, mobile platforms and cybersecurity. In recent years, PRC authorities issued a number of laws and regulations governing cybersecurity, data security, critical information infrastructure protection, personal information protection and cross-border data transfers, including requirements that may impose cybersecurity reviews, security assessments or other regulatory procedures where data processing activities affect or may affect national security. The interpretation, application and enforcement of these requirements remain uncertain and may evolve further, and compliance may require additional approvals, certifications, filings or operational adjustments. If CSI Solar is required to go through cybersecurity reviews, security assessment of outbound data transfer or other regulatory procedures, or if PRC authorities determine that its data-related activities do not comply with the applicable laws and regulations, CSI Solar will receive a notice on assessment result after completion of the assessment, and CSI Solar may be notified to terminate the outbound data transfer or make rectification as required. In addition, CSI Solar has to regulate its outbound data transfer activities in accordance with the applicable laws and regulations on the security management of outbound data transfer and the relevant requirements specified in the notice on assessment result. As of the date of this annual report, CSI Solar has not been informed that it is identified as a critical information infrastructure operator by any governmental authorities. CSI Solar will closely monitor the relevant regulatory environment and will assess and determine whether it is required to apply for the cybersecurity review with the advice of its PRC counsel. Renminbi currency exchange restrictions may limit CSI Solar’s ability to utilize its revenues and cash effectively. The PRC government regulates Renminbi convertibility into other currencies and, in certain cases, restricts the remittance of currency out of China in cross-border transactions and capital flows. Certain of CSI Solar’s revenues and expenses are denominated in Renminbi. If CSI Solar’s revenues denominated in Renminbi increase or its’ expenses denominated in Renminbi decrease, CSI Solar may need to convert a portion of its revenues into other currencies to meet foreign currency obligations. Under the relevant foreign exchange regulations, conversion of Renminbi for current account transactions, which includes dividends, interest, trade and service-related foreign exchange transactions, is permitted without prior approval from SAFE by complying with certain procedural requirements. Conversion of Renminbi for capital account transactions, including foreign direct investments and loans, is subject to significant foreign exchange controls and requires approval of or registration with PRC authorities. If CSI Solar finances its PRC subsidiaries through capital contributions, approval of or the record-filing with PRC authorities, including the Ministry of Commerce or its local counterparts, is required. If CSI Solar’s subsidiaries obtain foreign debt through medium and long-term loans or bonds issuance, approval may be required from the NDRC. Foreign exchange controls on capital account transactions could limit CSI Solar’s ability to obtain foreign exchange, pay capital expenses in currencies other than in Renminbi or use Renminbi capital converted from foreign registered capital. The PRC government may impose stricter foreign exchange policies and increase scrutiny of cross-border capital movements. If these restrictions prevent CSI Solar from utilizing its revenues generated in Renminbi or cash held in China to meet cash or financing requirements outside China or to pay future dividends, its business could be harmed. 29 Table of Contents Risks Related to Our Common Shares The issuance by us of additional common shares or equity-linked securities may cause existing shareholders to experience dilution and could adversely affect the market price of our common shares. From time to time, we may issue additional common shares or equity-linked securities for a number of reasons, including to finance our operations and business strategy (including in connection with acquisitions, strategic collaborations or other transactions), to satisfy our obligations for the repayment of existing indebtedness, to adjust our ratio of debt to equity, or for other reasons. For example, in 2025, we issued $200.0 million in convertible senior secured notes due 2029 to PAG. In January 2026, we issued $230.0 million of convertible senior notes due 2031. These notes are convertible into common shares at an initial conversion price of $18.20 and $27.63, respectively. Future issuances of such securities may cause existing shareholders to experience dilution of their ownership interest and may adversely affect the market price of our common shares. We cannot predict the timing, size or terms of any future issuances or sales of common shares or equity-linked securities, nor their effects on the market price of our common shares. In additional, market conditions could require us to accept less favorable terms in future offerings. In addition, our future issuance of securities may be subject to regulatory approval or filling procedures, which may affect our ability to conduct future offerings in a timely manner. The market price of our common shares is highly volatile. The market price for our common shares is highly volatile and has been subject to wide fluctuations, which could result in substantial losses to investors. In 2025, our share price fluctuated between a high of $34.59 and a low of $6.57. The stock market in recent years has experienced significant price and volume fluctuations that have affected the market prices of companies, including solar companies. These fluctuations have often been unrelated to or disproportionately impacted by the operating performance of these companies. The market for our common shares has been and may in the future be subject to similar volatility. Factors such as fluctuations in our operating results, announcements of technological innovations or events affecting other companies in the solar industry, currency fluctuations, general market fluctuations, and macro-economic conditions may cause the market price of our common shares to decline. Your right to participate in any future rights offerings may be limited, which may cause dilution of your holdings. We may from time to time distribute rights to our shareholders, including rights to acquire our securities. However, we cannot make these rights available in the U.S. unless we register the rights and the securities to which the rights relate under the Securities Act or an exemption from the registration requirements is available. We are under no obligation to file a registration statement with respect to any such rights or securities or to endeavor to cause a registration statement to be declared effective. Moreover, we may not be able to establish an exemption from registration under the Securities Act. Accordingly, you may be unable to participate in our rights offerings and may experience dilution in your holdings. Our articles contain certain provisions that may adversely affect the rights of holders of our common shares. Certain provisions in Canadian Solar Inc.’s articles may deprive our shareholders of the opportunity to sell their common shares at a premium over the prevailing market price by delaying or preventing a change of control of our company. Our board of directors has the authority to issue an unlimited number of preferred shares, in one or more series, without approval from the shareholders. Our board of directors may determine the number of preferred shares issued and set the designation, rights, privileges, restrictions and conditions of each series of preferred shares. See “Item 10. Additional Information—B. Articles—Preferred Share Rights” for a more detailed description of the attributes of the preferred shares. In addition, our board of directors may fix or change the number of directors within the minimum of three and maximum of ten allowed under our articles. Our board of directors may appoint additional directors, who shall hold office for a term expiring not later than the close of the next annual meeting of shareholders, but such appointments may not exceed one-third of the elected directors from the previous annual meeting of shareholders. 30 Table of Contents You may have difficulty enforcing judgments obtained against us. Canadian Solar Inc. is a corporation governed by the laws of the province of Ontario, Canada, with operations in North America, Asia Pacific, Europe, Australia, South America, the Middle East and Africa. We primarily conduct our manufacturing operations in the U.S. and Asia Pacific, including China. A majority of our directors and officers are residents of countries other than the United States, principally Canada. As a result, it may not be possible for you to effect service of process within the United States upon those persons. Furthermore, it may not be possible for you to enforce against us or them, in the United States, judgments obtained in United States courts, because a substantial portion of our assets and all or a substantial portion of the assets of those persons are located outside the United States. In addition, our constituent documents do not contain provisions requiring that disputes, including those arising under the securities laws of the United States, between us, our officers, directors and shareholders, be arbitrated. As a result, it may be difficult for you to effect service of process within the United States upon us or such persons, or to enforce against us or them judgments obtained in United States courts, including judgments predicated upon the civil liability provisions of the securities laws of the United States or any state in the United States. If a United States person owns at least 10% of our shares, such person may be subject to adverse United States federal income tax consequences. If a United States person is treated as owning (directly, indirectly or constructively) at least 10% of the value or voting power of our shares, such person may be considered as a “United States shareholder” with respect to each “controlled foreign corporation,” or CFC, in our group. Where our group includes one or more United States subsidiaries that are corporations for United States federal income tax purposes, in certain circumstances we could be treated as a CFC and certain of our non-United States subsidiaries could be treated as CFCs (regardless of whether or not we are treated as a CFC). A United States shareholder of a CFC may be required to annually report and include in its United States taxable income its pro rata share of “Subpart F income,” “net CFC tested income” and investments in United States property by CFCs, whether or not we make any distributions. An individual who is a United States shareholder with respect to a CFC generally would not be allowed certain tax deductions or foreign tax credits that would be allowed to a corporation that is a United States shareholder. A failure to comply with these reporting obligations may subject a United States shareholder to significant monetary penalties and may prevent starting of the statute of limitations with respect to such shareholder’s United States federal income tax return for the year for which reporting was due. We do not intend to monitor whether we are or any of our non-United States subsidiaries is treated as a CFC or whether any investor is treated as a United States shareholder with respect to us or any of our CFC subsidiaries, or to furnish to any United States shareholders information that may be necessary to comply with the aforementioned reporting and tax obligations. An investor who is a United States person should consult its tax advisor regarding the potential application of these rules to its particular circumstances. We may be classified as a passive foreign investment company, which could result in adverse United States federal income tax consequences to United States Holders of our common shares. We will be a passive foreign investment company, or PFIC, for United States federal income tax purposes in any taxable year if, applying applicable look-through rules, either (a) at least 75% of our gross income for such year is passive income or (b) at least 50% of the value of our assets (generally determined based on an average of the quarterly asset values for such year) is attributable to assets that produce or are held for the production of passive income. Based on the value of our assets and the nature and composition of our income and assets, we do not believe we were a PFIC for the taxable year ended December 31, 2025, though there can be no assurances in this regard. PFIC status is determined annually, involves extensive factual analysis, including ascertaining the quarterly fair market value of all of our assets and the characterization of each item of income that we earn, and is subject to various uncertainties. Moreover, we cannot guarantee that the IRS will agree with any positions that we take. Accordingly, we cannot assure you that we will not be treated as a PFIC in any taxable year or that the IRS will not take a position contrary to any position that we take. 31 Table of Contents Changes in the value of our assets and/or the nature or composition of our income or assets may cause us to be more likely to be a PFIC. The determination of whether we are a PFIC for any taxable year may also depend in part upon the value of our goodwill and other unbooked intangibles not reflected on our balance sheet (which may depend upon the market value of our common shares from time to time, which may be volatile) and also may be affected by how, and how quickly, we spend our liquid assets and cash generated from our operations. Among other matters, if our market capitalization declines, we may be more likely to be a PFIC because our liquid assets and cash (which are for this purpose considered assets that produce passive income) may then represent a greater percentage of the value of our overall assets. Further, while we believe our classification methodology and valuation approach are reasonable, it is possible that the IRS may challenge our classification or valuation of our goodwill and other unbooked intangibles, which may result in our being or becoming a PFIC for the current taxable year or one or more future taxable years. If we are classified as a PFIC in any taxable year during which a United States Holder (as defined in “Item 10. Additional Information—E. Taxation—United States Federal Income Taxation”) holds our common shares, that holder could be subject to adverse United States federal income tax consequences. See “Item 10. Additional Information—E. Taxation—United States Federal Income Taxation—Passive Foreign Investment Company.”
A History and Development of the Company Canadian Solar Inc. was incorporated under the laws of the Province of Ontario, Canada in October 2001, and became a publicly traded company on the Nasdaq under the ticker symbol “CSIQ” following its initial public offering (“IPO”) on Nov…
A History and Development of the Company Canadian Solar Inc. was incorporated under the laws of the Province of Ontario, Canada in October 2001, and became a publicly traded company on the Nasdaq under the ticker symbol “CSIQ” following its initial public offering (“IPO”) on November 9, 2006. Since its incorporation, the Company has undergone several jurisdictional continuances: (i) a continuance from Province of Ontario jurisdiction to Canadian federal jurisdiction on June 1, 2006; (ii) a continuance from Canadian federal jurisdiction to Province of British Columbia jurisdiction on July 23, 2020; and (iii) a continuance from Province of British Columbia jurisdiction back to Province of Ontario jurisdiction on July 29, 2022. Canadian Solar Inc. is currently governed by the Business Corporation Act (Ontario), or the OBCA. In June 2023, CSI Solar completed its STAR Listing on the Shanghai Stock Exchange, raising gross proceeds of RMB 6.01 billion ($842.6 million). In July 2023, the full over-allotment option was exercised, raising an additional gross proceeds of RMB 0.9 billion ($124.3 million). All U.S. dollar equivalents are based on the exchange rate on the respective transaction dates. CSI Solar issued 622,217,324, representing approximately 17% of its outstanding shares post-IPO. As of the date of this annual report, we own approximately a 63% equity interest in CSI Solar. In January 2024, Canadian Solar Energy Group B.V. and Recurrent Energy B.V., our subsidiaries, entered into a purchase and sale agreement with GRP IV UK Holdco Limited (“GRP IV”), which is managed by BlackRock, Inc.’s climate infrastructure business (“BlackRock”) to issue Series A preferred shares of Recurrent Energy B.V. (“Series A Preferred Shares”) to GRP IV. GRP IV subsequently assigned its rights, liabilities and obligations under the agreement to GRP IV Rose Bidco Ltd. (“Investor”), an affiliated entity that is also managed by BlackRock. Following initial and subsequent closings in May and September 2024, respectively, BlackRock’s total investment reached $500.0 million, representing 20% of Recurrent Energy B.V.’s fully diluted shares on an as-converted basis as determined immediately upon closing. See “Item 4. Information on the Company—B. Business Overview—Recurrent Energy Key Development.” For details on our corporate structure and significant subsidiaries, see “—C. Organizational Structure.” Our principal executive office and principal place of business is located at 4273 King Street East, Suite 102, Kitchener, Ontario, N2P 2E9, Canada. Our telephone number at this address is 1-519-837-1881 and our fax number is 1-519-837-2550. Our agent for service of process in the United States is CT Corporation System, located at 111 Eighth Avenue, New York, New York 10011. All inquiries to us should be directed to the address and telephone number of our principal executive office set forth above. Our website is www.canadiansolar.com. This website address is provided only as an inactive textual reference. The information contained on, or accessible, through our website does not form part of this annual report. 32 Table of Contents B Business Overview Overview We are one of the world’s largest solar technology and renewable energy companies, a leading manufacturer of solar photovoltaic modules, a provider of battery energy storage solutions, and a developer of utility-scale solar power and battery energy storage projects. As of December 31, 2025, we had delivered approximately 174 GW of solar modules to customers worldwide and shipped more than 18 GWh of battery energy storage solutions. Our global footprint spans North America, Asia Pacific, Europe, Australia, South America, the Middle East and Africa. Strategic Initiative Relating to Our U.S. Business Operations On December 1, 2025, we announced a strategic initiative to resume direct oversight of our U.S. operations. We have formed a new joint venture with our majority-owned subsidiary, CSI Solar, by holding a 75.1% controlling stake in CS PowerTech, which operates U.S.-based manufacturing and sales of solar modules, solar cells and advanced energy storage systems. Manufacturing CS PowerTech and CSI Solar Our Manufacturing segment primarily focuses on the design, development and manufacturing of solar ingots, wafers, cells, modules and battery energy storage products. We operate manufacturing facilities in the U.S. and Asia Pacific, including China. We employ a flexible vertically integrated business model that combines internal manufacturing capacity with direct material purchases of ingots, wafers and cells. We believe this approach has benefited us by allowing us to grow in a capital-light manner, while giving us significant flexibility to respond to short-term demand changes. Our global solar module, cell, wafer and ingot annual production capacities were 51.3 GW, 32.4 GW, 37.0 GW and 31.0 GW, respectively, as of December 31, 2025. Our global annual battery energy storage system and battery cell manufacturing capacities were 15.0 GWh and 3.0 GWh, respectively, as of December 31, 2025. Battery energy storage system and battery cell capacities are presented on a single-shift and double-shift annualized basis, respectively. We believe that we offer one of the most comprehensive crystalline silicon solar power product lines in the industry, encompassing modules with medium to high power outputs. Our products include advanced N-type TOPCon modules. These modules are designed for use across residential, commercial, industrial, and utility-scale solar power generation systems. We market our solar modules under the “Canadian Solar” brand to distributors, system integrators, project developers, and EPC companies worldwide. Our e-STORAGE provides integrated utility-scale battery energy storage solutions, including turnkey and bankable system solutions across various applications, long-term service agreements and future battery capacity augmentation services. As of December 31, 2025, e-STORAGE had a contracted backlog, including long-term service agreements, of approximately $3.6 billion. In 2022, we introduced SolBank, our propriety lithium iron phosphate (“LiFePO4”) battery system designed for utility-scale applications. In 2023, we introduced SolBank 3.0, featuring a 5 MWh capacity, an active balancing battery management system (“BMS”), advanced liquid cooling and humidity control, and compliance with the latest international safety and compliance standards. In 2022, we also introduced EP Cube, our residential battery energy storage product in the U.S., and have since expanded to new markets, including Europe and Japan. Recurrent Energy Recurrent Energy primarily develops, builds, sells, and operates solar power and battery energy storage projects, while also providing power services (O&M) and asset management. Prior to the rebranding of the Recurrent Energy segment, we referred to this segment as Global Energy until April 2023. 33 Table of Contents Recurrent Energy develops solar power and battery energy storage projects globally, including in North America, Europe, Latin America, Japan, Australia, and other countries of the Asia Pacific region. As of December 31, 2025, we managed approximately 15.0 GW of solar and battery storage projects under O&M contracts. We focus on capturing greater asset value and retaining ownership of projects in select markets to increase long-term revenues through recurring income, primarily from the sale of electricity and other related services generated by our operating portfolio. Our solar and storage pipelines reflect our project development strategy, allowing us to capitalize on demand for renewable energy projects and enhance long-term revenue generation. Recurrent Energy Key Development In January 2024, Canadian Solar Energy Group B.V. and Recurrent Energy B.V., our subsidiaries, entered into a purchase and sale agreement with GRP IV UK Holdco Limited (“GRP IV”), which is managed by BlackRock, Inc.’s climate infrastructure business (“BlackRock”) to issue Series A preferred shares of Recurrent Energy B.V. (“Series A Preferred Shares”) to GRP IV. GRP IV subsequently assigned its rights, liabilities and obligations under the agreement to GRP IV Rose Bidco Ltd. (“Investor”), an affiliated entity that is also managed by BlackRock. The expected purchase and sale transaction has been completed following an initial closing in May 2024 and a subsequent closing in September 2024. As agreed between the parties, with these closings, BlackRock’s total investment has reached $500.0 million, representing 20% of the outstanding fully diluted shares of Recurrent Energy B.V.’s fully diluted shares on an as-converted basis as determined immediately upon closing. Dividends Pursuant to the transaction documents, either (a) Recurrent Energy shall, to the extent permitted by law and specifically authorized and declared by Recurrent Energy’s board of directors in respect of a given calendar quarter, pay in cash to the holders of Series A Preferred Shares dividends in respect of each outstanding Series A Preferred Share at a per annum rate equal to 9% of the Stated Value of such share or (b) to the extent of any portion of the dividend not paid in cash, such amount will automatically be added to the Stated Value of the Series A Preferred Shares. Amounts added to the Stated Value as described above (“Accretion Amounts”) will continue to accrue at the same 9% annual rate and compound on a quarterly basis, subject to certain adjustments. The “Stated Value” referred to above generally represents the original purchase price of the Series A Preferred Shares plus the compounded Accretion Amounts plus any accumulated preferred return that has not been paid in cash or added to the Stated Value as an Accretion Amount and is determined as of each calendar quarter. Subject to the foregoing, the transaction documents place limitations on the payment of dividends absent the unanimous approval of the shareholders. Voting Rights The holders of the Series A Preferred Shares are generally entitled to vote, on an as-converted basis, on all matters upon which holders of ordinary shares have the right to vote in the general meeting of Recurrent Energy (voting together as a single class with the holders of the ordinary shares of Recurrent Energy). Holders of the Series A Preferred Shares are entitled to appoint one director to the board of Recurrent Energy. So long as any Series A Preferred Shares are outstanding, the prior written consent of any holders of at least 60% of the Series A Preferred Shares will be required before Recurrent Energy or its subsidiaries take certain actions. Liquidation Events The Series A Preferred Shares rank senior to Recurrent Energy’s ordinary shares with respect to rights upon the voluntary or involuntary liquidation, dissolution or winding up of Recurrent Energy or upon a deemed liquidation event (collectively, a “Liquidation Event”). Deemed liquidation events include, among other events, a sale of 50% or more of the assets of Recurrent Energy or a merger, consolidation, equity sale or similar transaction involving the transfer of beneficial ownership of 50% or more of the voting power or economic interest of the outstanding capital stock of Recurrent Energy, subject to certain limitations (a “Company Sale”), and the occurrence of an Exit Demand (as defined below). 34 Table of Contents Upon a Liquidation Event, the holders of Series A Preferred Shares then outstanding shall be entitled to be paid out of the assets of Recurrent Energy available for distribution to its shareholders, or otherwise received by shareholders in connection with such Liquidation Event, before any payment shall be made to the other shareholders, an amount per Series A Preferred Share equal to the greater of (i) 1.3 times the Stated Value, and (ii) such amount distributable per ordinary share had all Series A Preferred Shares been converted into ordinary shares immediately prior to such Liquidation Event (the “Preferred Liquidation Amount”). If the assets of Recurrent Energy available for distribution to its shareholders shall be insufficient to pay the full Preferred Liquidation Amount, the holders of Series A Preferred Shares shall share ratably in any distribution of the assets available for distribution. Exit Rights At any time on or after the fifth anniversary of the first closing (i.e., May 31, 2024), Investor shall be entitled to cause Recurrent Energy to use commercially reasonable efforts to effect (1) a Company Sale resulting in proceeds in respect of the Series A Preferred Shares equal to at least the Preferred Liquidation Amount (an “Investor Exit”) or (2) a qualified primary public offering of the ordinary shares of Recurrent Energy (an “IPO”), by delivering a written notice (an “Exit Request”) to Recurrent Energy. If an Investor Exit or qualified IPO is not consummated within two years of the delivery of an Exit Request, Investor shall have the right to cause Recurrent Energy and its affiliates to effect an Investor Exit or qualified IPO (an “Exit Demand”). In the event of the closing of an IPO, all outstanding Series A Preferred Shares shall automatically be converted into a number of ordinary shares of Recurrent Energy equal to the greater of (i) the original liquidation preference of the Series A Preferred Shares divided by the conversion price in effect at such time and (ii) 1.3 times the Stated Value divided by the fair market value of such shares, with such fair market value being deemed to be equal to the public offering price per share disclosed in the final prospectus for such IPO. The original liquidation preference shall initially be equal to the purchase price, subject to adjustment for share splits, share dividends or returns, reverse splits, combinations, recapitalizations and similar transactions. The conversion price shall initially be equal to the purchase price, subject to anti-dilution adjustment as provided in the terms of the Series A Preferred Shares. Redemption and Conversion Rights On and after the five-year anniversary of the first closing (or an earlier Exit Demand pursuant to an ESG Default in accordance with the shareholders’ agreement), the Series A Preferred Shares may be redeemed, in whole or in part, at the option of Recurrent Energy upon 30 days’ prior written notice delivered to all holders of Series A Preferred Shares (an “Optional Redemption Notice”). Following receipt of the Optional Redemption Notice, any holder of Series A Preferred Shares may elect, in its sole discretion, to convert all or any number of the shares subject to redemption into ordinary shares at the then effective conversion price, in which case Recurrent Energy shall not redeem such Series A Preferred Shares (i.e., the number of Series A Preferred Shares to be redeemed by Recurrent Energy shall be reduced by the number of Series A Preferred Shares so converted). In addition, each holder of Series A Preferred Shares shall have the option to convert all or any of its Series A Preferred Shares upon the occurrence of a Company Sale and certain other monetization events, into a number of ordinary shares of Recurrent Energy equal to the greater of (i) the original liquidation preference of the Series A Preferred Shares divided by the conversion price in effect at such time and (ii) 1.3 times the Stated Value divided by the fair market value of such shares. Our Products and Services We market our products primarily under our own brand names, including “Canadian Solar”, “CSI”, “CS PowerTech”, “CSI Solar”, “Recurrent Energy”, “e-STORAGE”, “SolBank”, “KuBank” and “EP Cube.” CS PowerTech and CSI Solar Solar Modules We offer high-efficiency solar modules with power outputs ranging from 450W to 740W, using mono-crystalline cells in various configurations. We introduced module products utilizing 210 mm x 210 mm square wafers and 182 mm x 210 mm rectangular wafers. Our mainstream solar modules include (i) CS7N-TB-AG (TOPCon, 132 half-cells, 210 mm x 210 mm wafer, bifacial), (ii) CS6.2-66TB (TOPCon, 132 half-cells, 182mm x 210 mm wafer, bifacial), and (iii) CS6.2-66HB (HJT, low carbon module, 132 cells, 182mm x 105 mm wafer, bifacial). These products are designed for residential, commercial and utility-scale applications. We are committed to providing customers with high-efficiency and reliable PV module products and related services. 35 Table of Contents During the period from 2021 to 2024, we mass-produced TOPCon and HJT cells and modules. In 2025, we developed the next-generation TOPCon SMBB-Ultra technology for the TOP(Bi)HiKu6 products, which optimizes cell and module technologies to achieve higher module power. In addition, we enhanced optical absorption by introducing total-reflection interval films and ultra-high-transmittance anti-reflective coatings on the PV-glass surface. Through these improvements, the module power output of CS6.2-66TB has been increased up to 655W, with module efficiency of 24.2%, which may contribute to lower levelized cost of electricity (“LCOE”) at the system level. Based on the technology platform of TOP(Bi)HiKu6 products, we have developed a series of differentiated PV module products. For example, our anti-dust PV modules are designed to reduce the accumulation of dust at the edges of the module during long-term use through special structural design, which may increase electrical power generation. Our sound barrier PV modules have been installed along the highway. Our anti-glare PV modules have been used in environments requiring low light reflection. Aesthetic and insulated composite frames have also been introduced in our module products and used in rooftop projects. We have developed CS6.2-66TB-HP anti-hail PV module, which can pass a 55 mm hail test to meet hail resistance requirements for the U.S. market. The CS6.2-66TB-HP also provides improved load resistance and fire resistance compared with conventional PV modules. In 2025, we launched the CS 6.2-66HB-H product for utility-scale applications, with HJT cell size of 182mm x 105 mm and module power of up to 640W. This product features high efficiency, high bifaciality, a low temperature coefficient and lower carbon emissions, and is suitable for both utility-scale and rooftop applications. Battery Energy Storage Our battery energy storage solutions provide proprietary high-performance, safe and reliable energy storage systems for utilities, independent power producers, and commercial and industrial business. These solutions provide the balance of energy delivery with energy consumed, including absorption of excess energy in the systems and release for when it is needed, and enhance power resilience across multiple applications. Battery energy storage demand is growing across various utility and grid opportunities and applications including energy arbitrage, reserve capacity, flexible peaking, resource adequacy, grid frequency regulation and voltage control. We have introduced our high-energy and high-power storage power block with integrated lithium iron phosphate (“LiFePO4” or “LFP”) battery system designed to meet market demand for 1 to 4 hours of energy storage duration. We offer turn-key solution, integrating battery storage, power conversion system and energy management system, complemented by long-term service agreements, including operation and maintenance, capacity augmentation, system performance optimization, warranty, and other services throughout the system operational life. We also provide comprehensive services and capabilities with project installations, including consulting and project engineering, procurement, and construction (“EPC”) management. To drive growth and innovation in battery energy storage, we have invested significantly into developing proprietary products, technologies, and manufacturing processes. In 2021, we began designing DC battery storage systems, including battery modules and packs, under the “SolBank” brand. In 2022, we launched SolBank 1.0, featuring a LiFePO4 battery system for utility-scale applications, with capacity of up to 2.967 MWh. In 2023, we launched SolBank 3.0, with power up to 2.35 MW and capacity of 5 MWh. SolBank 3.0 integrates high energy density cells, advanced safety system, smart liquid cooling and active balance system controls. Housed in a 20-ft container, SolBank 3.0 provides up to 45% increase in product-level capacity and up to 40% decrease in commissioning time compared to its previous generation. SolBank 3.0 is equipped with a pack and electrical redundancy protection system, abnormal performance detection, multi-level fire alarm and suppression protection system designed to enhance product safety. Its optimized thermal management lowers auxiliary power consumption by up to 30% compared to its previous generation. Its flexible, modular design enables compatibility with various power conversion systems (“PCS”). In addition, SolBank 3.0 has passed large-scale fire testing conducted in accordance with applicable international standards, including UL 9540A test methodologies, demonstrating its ability to mitigate thermal propagation and enhance system-level fire safety performance. In 2022, we launched our residential battery energy storage product, EP Cube, an all-in-one residential battery energy storage solution designed to optimize solar self-consumption. Initially introduced in the U.S., it has since expanded to Europe and Japan. The EP Cube system offers scalable capacities ranging from 9.9 kWh to 19.9 kWh per unit, with full system capacity up to 119.9 kWh. 36 Table of Contents In 2025, we launched FlexBank 1.0, a modular utility-scale energy storage system designed for large-scale applications. FlexBank 1.0 delivers up to 8.36 MWh of energy capacity and features a modular open-frame architecture that enables each cabinet to serve as an independent building block, simplifying logistics, installation and site layout. Built on our 314 Ah LFP cell technology, FlexBank 1.0 incorporates a multi-tiered protection system, including heat barriers, a three-level electrical protection system and advanced cell-level precision management. The FlexBank platform also serves as a foundation for future battery technologies featuring higher amperage cell formats and improved performance characteristics. The system is expected to be ready for deployment in 2026. In 2025, we expanded our commercial and industrial energy storage portfolio with the launch of KuBank 2.0, a modular LFP battery energy storage system designed for commercial, industrial and similar applications. KuBank 2.0 features an integrated battery management system and a scalable architecture that allows multiple units to be connected in parallel to meet varying power and energy requirements. KuBank 2.0 delivers up to 277 kWh of energy capacity. The system is designed for outdoor operation, incorporates multi-level safety protections and thermal management, and is certified to applicable international safety and performance standards. It supports applications use cases such as peak shaving, demand management and energy optimization. As of December 31, 2025, e-STORAGE had a contracted backlog, including long-term service agreements, of approximately $3.6 billion. Solar System Kits Our solar system kit is a ready-to-install package consisting of solar modules produced by us and third-party components, such as inverters, racking system and accessories. These kits cater to various applications, including residential and commercial rooftops. Power Electronic We began developing residential inverters in 2017 and launched our first inverter products in 2019. Our power electronic products cover a comprehensive range of inverters tailored for residential, commercial, industrial and utility-scale solar and energy storage applications. Our product lineup include the 3-5 kW and 7-9 kW residential inverter models, the 15-25 kW, 40-60 kW and 75-125 kW C&I inverter models, the 320kW, 333kW and 350kW utility-scale inverter models, and 200kW and 215 kW models power conversion system (“PCS”) for energy storage. In 2022, we introduced our first internally developed and manufactured 3-phase string inverter for commercial and small utility-scale applications. In 2023, we launched our 1500Vdc 320 kW string inverter and 1500Vdc 200 kW string PCS products, which further enhance our offerings in the utility-scale and energy storage markets. EPC Services CSI Solar provides turnkey EPC services in China for ground-mounted solar power and battery energy storage projects, as well as large-scale distributed systems for C&I customers. Our services encompass system design, procurement, installation, testing and commissioning. Long-term Service Agreements (LTSA) The LTSA, all previously executed by our e-STORAGE platform, support the long-term operation and maintenance of the battery energy storage systems, contributing to grid reliability and stability. 37 Table of Contents Recurrent Energy Solar Power and Battery Energy Storage Asset Sales We develop, build and sell solar power and battery energy storage projects. Our project development activities encompass site selection, land acquisition, securing interconnection, structuring PPA or similar offtake contract, obtaining permits, and managing procurement and construction. We actively pursue suitable buyers for our projects. See “—Sales, Marketing and Customers—Recurrent Energy.” Revenue from Electricity and Battery Energy Storage Operations We operate select solar power and battery energy storage projects, generating revenue through electricity sale and related services. The majority of electric power generated by our solar power projects is contracted under long-term PPA, VPPA, or contracts for capacity and ancillary services, with public utilities, licensed suppliers, corporate offtakers and commercial, industrial or government end users. Power Services (O&M) Our power services include monitoring, inspections, repair and replacement of project equipment, site management and administrative support services for projects in operation. We leverage advanced technologies such as semi-automated module washing, autonomous vegetation management, machine-learning predictive maintenance and drone inspections. We continue to enhance our service offerings with ongoing technological investments. Supply Chain Management CS PowerTech and CSI Solar Our manufacturing operations depends on a stable and cost-effective supply of polysilicon, solar ingots, wafers, cells and lithium battery cells. We have entered into long-term agreements with various silicon raw material and wafer suppliers, particularly during periods of tight upstream supply. These agreements specify price, quantity, delivery terms and technical specifications. While they usually include specific price terms, most of them also incorporate upward or downward price adjustment mechanisms based on market conditions. In line with industry practice, we make advance payments without collateral for scheduled deliveries, which are credited against purchase prices. We sourced all silicon raw materials from third parties and continue to diversify our polysilicon, wafer, cell and lithium battery cell suppliers. For risks related to the long-term supply agreements, see “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—Oversupply of polysilicon, solar wafers, cells and modules may cause substantial downward pressure on the prices of our products and reduce our revenues and earnings” and “—Supply chain disruptions, cost increases or performance issues could adversely affect our business and relationship with customers, particularly given our dependence on a limited number of key suppliers.” Recurrent Energy Recurrent Energy procures solar modules and battery energy storage products from CS PowerTech and CSI Solar in transactions intended to be priced on an arm’s length basis, as well as from certain third-party suppliers. We have centralized procurement operations to optimize project construction costs and secure competitive terms with key suppliers, enhancing our ability to compete on cost given the large procurement quantities. 38 Table of Contents Manufacturing, Construction and Operation CS PowerTech and CSI Solar Our solar module manufacturing process integrates automation and quality control to enhance efficiency and product consistency. We assemble modules by interconnecting solar cells by tabbing and stringing them into a desired electrical configuration, laminate them under vacuum, cure them by heating, and package them within protective lightweight anodized aluminum or steel frames to withstand the environment. We seal and weatherproof our solar modules to withstand high levels of ultraviolet radiation, moisture and extreme temperatures. Key manufacturing equipment includes automatic laminators, simulators and solar cell testers. Our flexible production lines balance automation and skilled labor to optimize efficiency. We primarily use in-house manufactured silicon ingots, wafers, solar cells, with a portion sourced from third parties, for our solar module production. Our solar module manufacturing costs in China, including purchased polysilicon and wafers, decreased from $0.169 per watt in 2023 to $0.106 per watt in 2024, and further decreased to $0.09 per watt in 2025. We continue to focus on cost reduction through improvements in solar cell conversion technology and efficiency, manufacturing yields and material sourcing. Recurrent Energy We develop, build, sell and operate solar power and battery energy storage projects across North America, Europe, Latin America, Japan, Australia, and other countries of the Asia Pacific region. We manage all aspects of project development and operations, including site selection, design, permitting, engineering, procurement, construction and operations, utilizing in-house teams or third-party contractors based on project requirements and resource availability. The development process for our solar power and battery energy storage projects consists of the following key stages: ● Market due diligence and site selection. We actively identify global project opportunities to maintain a robust pipeline and geographically diversified portfolio. Our business team engages with developers and gathers market intelligence to identify project opportunities that leverages on our strengths and capabilities. Our development team conducts market analysis, financial modeling and feasibility studies to evaluate projects, considering location, electricity markets, political and regulatory landscape, financing costs and expected returns. ● Permitting and approvals. We obtain or acquire projects with the necessary permits and approvals, which vary across jurisdictions. ● Interconnection analysis. We assess grid connection feasibility and optimize interconnection plans to ensure cost efficiency and timely execution. ● Financing. We typically incorporate project financing plans in our financial models and feasibility studies. We fund projects through working capital, debt financing from local and international banks, and tax credit monetization in select markets. Financing structures may involve equity pledges, asset security interests over assets, and parent guarantees. ● Project design, engineering, procurement and construction. Our engineering team designs projects to optimize performance while minimizing construction and operational costs and risks. This includes site layout, electrical design, and selecting the appropriate technology and key components such as solar modules, inverters and battery energy storage systems. The projects primarily procure solar modules and battery energy storage products from CSI Solar, while other components are sourced from third parties. Currently, we have owned and operated solar power and battery energy storage projects in the U.S., Europe, Latin America, Japan and other countries in the Asia Pacific region. Once connected to the grid, our projects regularly undergo inspections, monitoring, and management to maximize utilization, power generation and system lifespan. We operate a real-time monitoring center in Ontario, Canada, overseeing operational performance and managing power services (“O&M”). The system is designed to raise alerts for underperforming inverters or strings, ensuring timely interventions. Our cloud-based platform utilizes our proprietary systems and algorithms for predictive maintenance for both self-owned and third-party projects, tracking work orders, warranty claims, spare parts, health and safety incidents, and operational reports. 39 Table of Contents Quality Control and Certifications We have registered our quality control system in compliance with ISO9001:2015 and IEC62941 standards. TÜV Rheinland Group, a leading international service provider for safety and quality certifications audits our quality systems. We inspect and test incoming raw materials, monitor our manufacturing processes, and conduct reliability and other tests on finished products to ensure quality control. We maintain various international and domestic certifications for our solar modules. For example, we have obtained IEC61215/ IEC61730 certifications for sales in Europe, UL61730 certifications for North America, and other necessary certifications for China, Japan, Korea, India, Brazil, Australia, Colombia, Israel, Italy, the U.K. and Indonesia. IEC certifications are issued by Verband Deutscher Elektrotechniker, or VDE, while UL certifications are issued by the Canadian Standards Association, or CSA. Our module products comply with the latest standards, including IEC 61215:2021, IEC61730:2023 and UL61730 Ed.2-2022, and meet regional regulations. Our module products have achieved high California Energy Commission, or CEC, PVUSA test condition ratings. Further, our module products have passed extended stress program qualifications, such as salt mist testing and ammonia testing, as well as extra-standard or high-frequency testing programs on multiple quality factors with PVEL and RETC. We have continuously improved our silicon, ingot, wafer, cell and module production processes to maintain a competitive carbon footprint certification for the French solar tender requirements. Our TOPCon modules obtained certification under the French Programmation Pluriannuelle de l’énergie (“PPE2” & “PPE2 V2”) solar tender program. Our PV test laboratory is accredited by the China National Accreditation Service for Conformity Assessment (the “CNAS”) under ISO17025 quality management standard, and has been approved into various Data Acceptance Program, namely CSA, VDE, TÜV SÜD, Dekra and China General Certification, or CGC. This allows us to conduct a portion of the product certification testing in-house, reducing time-to-market and certification costs, and performing exhaustive product and component reliability research to enhance product durability. Our Power Conversion System (“PCS”) has obtained GB/T34120 and GB/T34133 certifications in China. We also maintained various certifications according to local business requirements for our PV inverters, including IEC62109 and IEC62116 safety certifications and CQC certification in China, KSC 8565 and KSC 8567 in Korea, RS097 in South Africa, 140 and 515 in Brazil, and EN50549-1, EN50549-2, CEI0-21, CEI0-16, RD1699, NTS2.1, VDE4105 and PPDS in Europe. Our energy storage products comply with the regulatory requirements and industry standards of major global markets. For example, we have obtained certifications from TÜV Rheinland for compliance with the EU’s Low Voltage Directive, Electromagnetic Compatibility Directive, Battery Regulation, as well as the RoHS and REACH regulations. In addition, our products hold relevant IEC certifications, including but not limited to IEC 62619, IEC 62477 and IEC 62933. For the Chinese market, our products meet the requirements GB/T 36276 and GB44240. In North America, we have obtained UL 9540A, UL 1973 and UL 9540 certifications, and also obtained NFPA 68 and NFPA 69 simulation reports issued by TÜV Rheinland. To meet the requirements of the latest NFPA 855:2026 standard, our SolBank product completed the Large-scale fire test, with the entire process witnessed by the Energy Storage Response Team and the Canadian Standards Association. Our remaining products are undergoing certification processes before entering relevant markets to ensure compliance with global regulatory and grid connection requirements. Sales, Marketing and Customers Our large and diversified customer base includes active customers in more than 160 countries. Our revenue sources have fluctuated significantly over recent years, and a significant and growing portion of our revenues are generated in the U.S. For example, the Americas contributed 34.4%, 51.8% and 56.4% of our revenues in 2023, 2024 and 2025, respectively; Asia contributed 41.0%, 30.0% and 22.3%, respectively; and Europe and other regions contributed 24.6%, 18.2% and 21.3%, respectively. CS PowerTech and CSI Solar Our primary customers are distributors, system integrators, project developers, installers and EPC companies. Historically, a small number of customers have accounted for a significant portion of our net revenues. In 2023, 2024 and 2025, our top five customers accounted for 13.4%, 17.8% and 17.4% of our total net revenues, respectively, while our largest customer in these years accounted for 3.5%, 5.4% and 4.5%, respectively. We market and sell solar modules worldwide for residential, commercial and utility-scale solar applications. Sales are primarily executed through our direct sales team operating globally. 40 Table of Contents Our marketing initiatives include brand sponsorships, digital marketing, social media engagement, and channel marketing programs to support customers in promoting our products and business. We provide product training, sales training and new product briefings to enhance customer engagement. Our marketing team also focuses on public relations and crisis management to protect and strengthen our brand image. By collaborating closely with our sales teams and leading solar research firms, we are well positioned to deliver up-to-date market insights on a continuous basis to support sales strategies and decision-making. Our strong brand reputation is reinforced by multiple industry awards and recognitions, reflecting our commitment to quality and innovation. In 2024, we were ranked first among Energy & Utility companies in Newsweek’s World’s Most Trustworthy Companies list and were named a Top 10 Battery Energy Storage System Integrator by S&P Global. We also received the Top Brand PV Award USA 2024 from EUPD Research, recognizing our leadership in the photovoltaic sector. In 2025, we were ranked second in Wood Mackenzie’s Solar Module Manufacturer Ranking and were designated as a Tier 1 Solar Company by BloombergNEF. In the energy storage sector, we were recognized as a Tier 1 Energy Storage Manufacturer by BloombergNEF and as a Tier 1 Battery Energy Storage System Supplier by S&P Global. Additionally, EP-Cube, our proprietary energy storage cell technology, received the 2025 iF Design Award and the Gold 2025 iF Design Award, recognizing its design and technological excellence. These accolades reinforce our market positioning and strengthen customer trust in our products and solutions globally. As we expand our manufacturing capacity and enhance our brand with broader system solutions, we continue to develop new customer relationships across diverse geographic markets to reduce dependency on any single market. We continuously engage with a broad array of industry participants, including utilities, independent power producers, developers, EPCs, distributors, and corporate offtakers. We plan to further invest in research and development to introduce more compatible, reliable and cost-effective products and solutions, strengthening our competitive position in the global solar modules and battery energy storage market. In addition, we target our sales and marketing efforts for specialty solar products at companies in selected industries, including automotive, telecommunications and LED lighting. As standard solar modules become increasingly commoditized and technology advancements enable broader off-grid solar applications, we intend to increase our sales and marketing efforts on specialty solar products. Our sales and marketing team collaborates with our specialty solar product development team to adapt to evolving customer preferences and market demands, ensuring our sales and marketing team’s effective communication to customers of product developments and innovations. As the specialty solar market grows, we aim to expand into additional sectors and establish new relationships. We are also expanding our direct sales channel to sell modules and other solar system components, both as system packages and stand-alone components, to EPCs, developers, contractors and installers. This expansion reduces customer concentration risk, while mitigating payment and demand fluctuations. To reach smaller contractors and installers which we do not directly serve, we maintain strong sales channels and relationships with key distribution partners. Concurrently, we have expanded our key account and utility-scale sales channels, selectively increasing our market share amid growing demand for mid-scale to large-scale solar power plants. This expansion is driven by our high-efficiency, large-format module portfolio, which optimizes LCOE for large commercial and utility-scale projects. We leverage our extensive customer and supply chain network to provide competitive stand-alone battery energy storage solutions and integrated “Photovoltaic + Storage” hybrid solutions. Our ongoing investments in research and development and our advancements in battery energy storage products and technology, strengthen both our downstream product offerings and upstream integrated battery energy storage manufacturing capabilities. Recurrent Energy We develop, build, sell and operate solar power and battery energy storage plants across North America, Europe, Latin America, Japan, Australia and other countries of the Asia Pacific region. Our customers include utilities, independent power producers and energy investors, while our power services (O&M) and asset management customers include other solar and battery storage project developers and owners. To expand market reach and strengthen project sales, we conduct market due diligence, engage regularly with industry operators and investors, and participate in industry conferences and events. Our sales pipeline reflects our project development strategy, allowing us to capitalize on demand for renewable energy projects and providing flexibility to pursue a balance of project sales and project ownership, depending on market conditions and capital availability. 41 Table of Contents The following table presents our total solar pipeline: Total Solar Pipeline by Region as of December 31, 2025 (in MWp) Under Advanced Early-Stage Region Construction Backlog Development Development Total North America 276 556 427 3,923 5,182 EMEA 674 1,687 1,033 4,995 8,389 Latin America 128 374 352 6,256 7,110 Asia Pacific 492 616 546 2,080 3,735 Total 1,570 3,233 2,358 17,254 24,415 Note: Total project pipeline represents the gross MWp size of the projects owned by us (including through our investments in affiliates), and includes 63 MWp under construction and 441 MWp in backlog partially sold to third parties. The following table summarizes our battery energy storage pipeline: Total Storage Pipeline by Region as of December 31, 2025 (in MWh) Under Advanced Early-Stage Region Construction Backlog Development Development Total North America 600 200 600 21,540 22,940 EMEA 43 2,590 3,829 31,955 38,417 Latin America — — 1,320 4,645 5,965 Asia Pacific 162 2,640 2,981 10,380 16,163 Total 805 5,430 8,730 68,521 83,485 Note: Total project pipeline represents the gross MWh size of the projects owned by us, and includes 13 MWh under construction and 1,194 MWh in backlog partially sold to third parties. Backlog projects are late-stage projects that have passed their risk cliff date and are expected to start construction within the next 1-4 years. A project’s risk cliff date is the date on which the project passes the last perceived high-risk development stage and varies depending on the country where it is located. Typically, this occurs after the project receives all required environmental and regulatory approvals and enters into interconnection agreements and offtake contracts, including FIT and PPA. A significant portion of backlog projects are contracted (i.e., have secured FIT or PPA), while the remaining projects have a reasonable assurance of securing PPAs. Advanced development projects are mid-stage projects that have either secured or have more than 90% certainty of securing an interconnection agreement. Early-stage development projects are early-stage projects controlled by Recurrent Energy that are in the process of securing interconnection rights. We actively develop both stand-alone battery energy storage projects and hybrid solar-plus-storage projects. Most of our projects under development includes the co-hosting of battery energy storage systems with solar power facilities on shared land, improving efficiency through a single interconnection point for each project to serve the solar and battery energy storage energy load. This strategy enhances project economics for us and our investors. In addition, our track record includes several storage tolling agreements with a variety of power purchasers, including community choice aggregators, investor-owned utilities, universities, public utility districts and development services agreements to retrofit operational solar projects with battery energy storage, many of which were previously developed by us. 42 Table of Contents Our projects business is capital intensive and requires significant investment in the development, construction, ownership of solar power and battery energy storage assets, including equity investments in project affiliates. These projects typically involve multi-year development cycles and construction cycles and require substantial upfront expenditures, such as grid interconnection deposits and letters of credit, land acquisition, permitting, legal, equipment procurement and construction costs, before projects achieve commercial operation and any returns are realized. The scale and timing of these investments may be affected by project execution risks, regulatory or policy developments (including changes in trade measures or tariffs), and supply chain constraints. In addition, our capital requirements may vary depending on the pace of development, construction progress, and our strategy with respect to balancing project sales and asset ownership. If existing sources of financing are not sufficient to support planned development, construction, or asset acquisitions, we may seek additional equity financing, adjust the timing or scope of investments, or pursue alternative project structures. Certain of our projects are developed through joint ventures, in which we rely on our partners to fund their proportionate share of capital contributions. Delays in project completion or asset monetization, or changes in financing or partnership arrangements, could affect the timing of returns and the capital available for reinvestment in our projects business. Customer Support and Service We are committed to delivering high-quality products through our comprehensive warranty coverage and customer support services. We typically offer a 15 or 25 years warranty against defects in materials and workmanship for our standard solar modules. We offer a 25 to 30 years linear power performance warranty that guarantees the actual power output of our modules. Our battery energy storage products come with a warranty covering performance and manufacturing defects. The standard warranty typically ranges from 1 to 5 years from the date of installation and is structured as an assurance-type warranty, guaranteeing quality within specified usage parameters. Customers have the option to separately purchase extended warranties and performance guarantees for up to an additional 15 years. To support these warranties, we have obtained warranty backing from our suppliers. For solar power and battery energy storage projects built under our EPC contracts, we provide major equipment warranties and limited workmanship or balance of system warranties against defects in engineering, design, installation and construction under normal use, operation and service conditions generally for a period of two to five years following project commissioning. To resolve warranty claims, we may repair, refurbish or replace equipment as needed. We have obtained similar warranty backing from our suppliers. Our customer support and service function handles technical inquiries and warranty-related issues, ensuring that our customers receive timely and professional assistance. We have expanded our capacity in this area to enhance our responsiveness and efficiency in resolving warranty claims. Historically, we have agreements with a group of insurance companies to reduce some of the risks associated with our warranties. See “—Insurance” below. Competition CS PowerTech and CSI Solar The markets for solar power and battery energy storage products are highly competitive and continually evolving. We face intense competition from companies, such as First Solar, Inc., LONGi Green Energy Technology Co. Ltd., Trina Solar Limited, JinkoSolar Holding Co., Limited, JA Solar Co., Limited and Tongwei Solar Co., Ltd, and battery energy storage companies, such as Tesla, Inc., Fluence Energy, Inc. and Sungrow Power Supply Co., Ltd. Some module competitors are developing or are currently producing products based on new technologies that may ultimately offer lower costs or better performance than our products. These include products based on IBC PV technology, which reduces shading by locating metal contacts at the cell to the rear side and increasing power density through larger area for photo absorption. To compete effectively, our products and production capacity are undergoing continuous transformation. For example, while crystalline silicon cell modules have become the market mainstream, we have significantly upgraded our production to N-type and TOPCon technology, which is focused on further improving the photoelectric conversion efficiency and reducing the manufacturing cost. Some competitors operate vertically integrated models, spanning upstream polysilicon manufacturing to downstream solar system integration. The solar power market also competes with other sources of renewable and alternative energy as well as conventional power generation. 43 Table of Contents We believe that competition in the solar power and battery energy storage markets is driven by multiple factors, including pricing, the ability to deliver products to customers on time and in required volumes, product quality and customer service, nameplate power or capacity and other performance parameters such as power tolerances, value-added services such as system design and installation, value added features that make products easier or cheaper to install, availability of bundled system components such as mounting systems, brand equity and reputation, including the willingness of banks to finance projects using products produced by a particular supplier, customer relationships and distribution channels, and the aesthetic appearance of products. In the immediate future, our competitiveness will depend on our ability to deliver cost-effective products in a timely manner and to develop and maintain a strong brand based on high-quality products and strong relationships with customers. Our competitiveness also depends on effectively managing our cash flow and balance sheet and maintaining relationships with financial institutions that fund solar power and battery energy storage projects. We believe that the solar industry is experiencing accelerated market concentration by large players. We believe that such industry concentration will benefit us in the long term. To compete successfully, we aim to produce innovative, high-quality products at competitive prices and develop an integrated sales approach that includes services, ancillary products, such as mounting systems and inverters, and value-added product features. Our goal is to offer our customers products that deliver the lowest LCOE or Levelized Cost of Storage (“LCOS”), focusing particularly on high-priced markets and segments, such as the distributed generation market, which includes commercial, industrial and residential applications. We also believe that a robust marketing program and strong relationships with customers and suppliers will support us in this competitive environment. Recurrent Energy Our primary competitors are local and international developers, operators of solar power and battery energy storage projects, financial investors and certain utility companies. Our business is capital-intensive with numerous participants. These competitors vary in size, geographic focus, financial resources and operating capabilities. The commercial and regulatory environments for solar power and battery energy storage project development, sale and operation vary significantly across regions and countries. We develop and build and, in some cases operate and maintain, solar power and battery energy storage projects in various regions including North America, Europe, Latin America, Japan, Australia and other countries of the Asia Pacific region. While local policy frameworks on battery energy storage remain relatively new, many new entrants are seizing market opportunities. We believe that competition in the global solar power and battery energy storage project development is influenced by several factors, including greenfield development capabilities, scale of secured solar power and battery energy storage interconnection pipelines, geographic diversification of project pipelines, degress of vertical integration with upstream manufacturing, reputation and track record, relationships with government authorities and local stakeholders, and knowledge of local policies. Competitive positioning is also affected by access to working capital and relationships with local and international banks, and, in select markets, tax equity investors, and the experience of management teams, technical personnels, and capabilities in managing construction and operations. We cannot, however, guarantee that some of our competitors do not or will not have advantages over us in particular markets or in general, including greater operational, financial, technical, management or other resources. For further discussion of the competitive risks that we face, see “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—Our industry is highly competitive and many of our competitors have greater resources than we do or are more adaptive.” Insurance We maintain insurance against some, but not all, potential risks and losses associated with our industry and operations. For some risks, we may not obtain insurance if we believe the cost of available insurance is excessive relative to the risks presented. In addition, pollution and environmental risks generally are not fully insurable. We maintain property insurance policies with reputable insurance companies to cover our equipment, facilities, buildings, inventories and buildings under construction. The coverage of these insurance policies includes losses due to natural hazards and losses arising from unforeseen accidents. Certain of our manufacturing facilities are covered by business interruption insurance. In addition, our solar power and battery energy storage projects are supported by a broader insurance program tailored to construction and operational risks, although, any material damage or interruption to any of our manufacturing facilities or operational assets could still have a material and adverse effect on our results of operations. We also maintain commercial general liability, including product liability coverage, as well as insurance covering certain operational, contractual and technology-related risks. We have been purchasing credit insurance from insurers for certain of our accounts receivable trade in order to reduce our exposure to credit loss. Risks related to marine and air for the export of our materials and products are covered under cargo transportation insurance. We also maintain directors and officers’ liability insurance. 44 Table of Contents Environmental Matters Our major manufacturing operations are certified under ISO14001 (Environmental Management) and ISO45001 (Occupational Health and Safety) standards, with select facilities also certified under ISO50001 (Energy Management). Additionally, Recurrent Energy’s O&M business is certified under the ISO45001 standards. These certifications require adherence to waste reduction, energy conservation, injury reduction and other environmental, health and safety procedures and objectives. In addition, our solar power and battery energy storage project developments undergo environmental assessments to evaluate and mitigate potential impacts. Our solar products comply with environmental regulations in the jurisdictions where they are installed. We ensure compliance with EU Regulation (“EC”) No 1907/2006 concerning the Registration, Evaluation, Authorization and Restriction of Chemicals (“REACH”). While solar modules are exempt from EU’s Restriction of Hazardous Substances (“RoHS”) Directive 2011/65/EU and its amendments, our solar system solutions including string inverters, are subject to and comply with RoHS. We also strictly adhere to Toxicity Characteristic Leaching Procedure (“TCLP”) testing for our solar modules portfolio to monitor the presence of toxic metals, including arsenic, barium, cadmium, chromium, lead, mercury, selenium and silver, according to TCLP Standard EPA Test Method 1311, as issued by the U.S. Environmental Protection Agency (“EPA”) under the Toxic Substances Control Act (“TSCA”) for landfill disposal of solar modules. Our battery energy storage products are designed to fully comply with all applicable environmental regulations. With the professional support of TÜV Rheinland and TÜV SÜD, our energy storage products offerings have obtained official reports for RoHS, REACH, and the EU Battery regulation 2023/1542. We also enforce strict compliance requirements on our suppliers, ensuring that core components including battery cells and air conditioning units all meet RoHS and REACH standards. In addition, we maintain proactive and ongoing communication with third-party certification bodies to ensure our products align with the latest relevant regulatory requirements at all times. Our manufacturing operations are subject to regulation and periodic monitoring by local environmental protection authorities. Our solar power and battery energy storage project developments require various environmental related licenses, permits and approvals. We proactively minimize the environmental and ecological impacts of our project development activities. We integrate environmental and ecological impact assessments, along with community engagement, into our internal approval process early in the project development cycle to enhance project sustainability and minimize project delays related to such factors. Non-compliance could result in fines, production suspensions or operational shutdowns. Except as disclosed in the “Item 3. Key Information—D. Risk Factors—Risks Related to Doing Business in China,” we believe we have obtained the necessary environmental permits and passed relevant assessments to operate our manufacturing facilities. Environmental, Social and Governance Initiatives We integrate ESG principles into our business operations and strategic decision-making and continuously to improve our practices to ensure long-term sustainability. Our key focus areas include: ● Environmental. We are committed to providing a safe and enriching work environment for employees and contractors and strive to reduce the environmental impact of our business. We track GHG emissions and energy consumption, water usage and waste generation across our manufacturing facilities. We have meaningfully reduced GHG emissions and energy, water and waste intensities in manufacturing, and have established rolling five-year targets aiming to reduce these intentities. These targets are integrated into the key performance indicators (“KPIs”) of our operational teams. We invest in research and development and have implemented new technologies to enhance product efficiency and minimize the environmental impact of our production processes. 45 Table of Contents ● Social Responsibility. We are an equal opportunity employer, committed to treating all individuals with fairness and dignity. We closely monitor our hiring and internal promotion practices to ensure equal treatment and access to opportunities for all employees in our workforce. We care about our employees’ training and development and have invested in extensive skills and leadership training programs, including our own education courses and programs, which aim to provide our employees with a broader understanding of our business, drive innovation and stimulate effective collaboration. Our education courses and programs further develop our employees’ proficiency across multiple disciplines and provide them with learning resources for their key functions. See “Item 6. Directors, Senior Management and Employees—D. Employees.” We respect and recognize employees’ rights and freedom to associate and bargain collectively. Employee safety remains our top priority, and we have implemented ISO45001 (Occupational Health and Safety) and ISO14001 (Environmental Management) standards to systematically identify workplace hazards and evaluate that relevant control measures are put in place. Our stringent safety policies and procedures have resulted in a low rate of safety-related incidents. In addition, we strive to be a responsible corporate citizen in the communities where we operate by abiding to a strict code of business conduct and ethics and expecting no less from our business partners, including suppliers. We also cultivate long-term relationships with local organizations to ensure we are able to fully integrate solar power and battery energy storage projects into existing energy infrastructure and surrounding communities. ● Corporate Governance. Our board of directors oversees the business and affairs of our company, and has a broad range of skills and industry knowledge to ensure the success of our business and create long-term value for stakeholders. We are committed to upholding the highest standards of business ethics, supported by a framework of comprehensive governance documents and guidelines and regular business ethics awareness and compliance training for our employees. By implementing best practices globally across our business operations, spanning from manufacturing to sales and project development, we are committed to ensuring that all employees and business partners are treated fairly, respectfully, and with dignity. In 2023, we joined the United Nations Global Compact (“UNGC”), the world’s largest corporate sustainability initiative. Through this commitment, we support and adhere to the Ten Principles of the UNGC on human rights, labor, environment, and anti-corruption, and take actions to contribute to the United Nations Sustainable Development Goals (“SDGs”), particularly SDG 7 (Affordable and Clean Energy) and SDG 13 (Climate Action). In 2023, we submitted a commitment letter to the Science Based Targets initiative (“SBTi”), pledging our intention to set near-term and net-zero science-based climate targets to decarbonize our operations and value chain, and these targets were formally validated and approved by the SBTi in December 2025. SBTi is a global body enabling businesses to set ambitious emissions reduction targets in line with the latest climate science. The SBTi’s goal is to accelerate companies across the world to support the global economy to halve emissions before 2030 and achieve net-zero before 2050. The near term and over all net-zero targets were successfully approved and published by SBTi Services in December of 2025 after regirous validation. We are committed to achieving the goal of powering all our operations with renewable energy by 2030. To achieve this goal, we will reduce our electricity and energy consumption on a per watt basis while increasing the use of renewable energy. These initiatives may be subject to policy, market or cost barriers in the locations where we operate. We intend to reduce our energy intensity by leveraging our expertise and strength in product technologies, manufacturing process know-how, and energy savings to minimize environmental impact as we grow our business. We will also install rooftop solar power on our manufacturing facilities for self-consumption, procure green energy from third parties and acquire green certificates. We aim to establish a sustainable, efficient and responsible supply chain that meets our needs and the interests of our stakeholders. We maintain a procurement management strategy which follows a centralized procurement approach, managed at the group level and supported by each division. We require all suppliers to adhere to our Supplier Code of Conduct (“Code”), which sets rigorous standards for human rights, environmental, health, safety responsibilities, and business ethics. We have implemented an ESG auditing program to ensure that our suppliers adhere to our ESG standards as outlined in the Code and to effectively manage ESG risks across our supply chain. We are committed to proactively protecting biodiversity and minimizing environmental and ecological impact in our project development activities. We integrate environmental and ecological assessments, along with community engagement, early in the project development cycle. These efforts have helped us minimize project delays related to environmental and ecological impacts or community engagement. 46 Table of Contents In connection with our sustainability reporting, we align our disclosures with the Global Reporting Initiative (“GRI”) and Sustainability Accounting Standards Board (“SASB”) frameworks, with reference to the standards issued by the International Sustainability Standards Board (“ISSB”). Environmental, Social Responsibility and Corporate Governance Policies We have adopted a comprehensive set of environmental, social responsibility and corporate governance policies that provides a framework for our sustainability commitments and responsible business practices. These policies are publicly available on our website. Our Environment, Occupational Health and Safety Policy outlines the principles and guidelines to environmental protection, workplace safety, and the well-being of employees and others who are affected by our business. To uphold social responsibilities, we have adopted our Labor and Human Rights Policy, Equal Employment Opportunity Policy, Anti-Modern Slavery Policy, Supplier Code of Conduct, and Conflict Minerals Policy. In addition, to maintain the highest ethical standards in the way we conduct our business, we have implemented the following: Corporate Governance Guidelines, Code of Business Conduct and Ethics, Whistleblower Policy, Insider Trading Policy, Clawback Policy, Antitrust Policy, Policy on Related-Party Transactions, Prohibition Against Giving Bribes, and Prohibition Against Accepting Bribes. Environmental Regulations At various stages of our manufacturing process, we generate noise, wastewater, gaseous waste and other industrial waste. Our expansion of manufacturing operations heightens the risk of facility incidents that could negatively affect the environment. We are subjected to a wider range of environmental, health and safety laws and regulations governing the storage, use, handling and disposal of hazardous materials, emissions to air and water, waste management and environmental permitting. In the U.S., we operate a manufacturing facility in Mesquite, Texas and are developing an additional manufacturing facility in Jeffersonville, Indiana. Our U.S. manufacturing operations and facilities are subject to U.S. federal, state and local environmental, health and safety laws and regulations. These regulations govern, among other things, air emissions, wastewater discharges, hazardous and non-hazardous waste management, chemical storage and reporting, occupational health and safety, and environmental permitting. In addition, CSI Solar’s operations are subject to environmental laws and regulations, including the Environmental Protection Law, Law on the Prevention and Control of Noise Pollution, Law on the Prevention and Control of Air Pollution, Law on the Prevention and Control of Water Pollution, Law on the Prevention and Control of Solid Waste Pollution, Law on Environmental Impact Assessment, Law on Promotion of Clean Production, and Regulations on the Administration Environmental Protection in Construction Projects. Some of CSI Solar’s subsidiaries are located in Suzhou, China, adjacent to Taihu Lake, a nationally protected water body, and are therefore subject to additional environmental protection requirements, including basin-specific water pollution control regulations and enhanced monitoring and compliance obligations. Government Regulations CSI Solar’s business activities in China are subject to the PRC Company Law, Renewable Energy Law, Energy Law, Foreign Investment Law and its Implementation Rules, national development plans, industrial policies and other government directives issued by relevant governmental authorities, including the National Development and Reform Commission, the National Energy Administration, the Ministry of Commerce and the State Administration of Foreign Exchange. Dividend Distribution The principal regulations governing distribution of dividends paid by CSI Solar include the Company Law and the Foreign Investment Law. Under these regulations, CSI Solar may pay dividends only from retained earnings and is required to set aside no less than 10% of profit after tax as appropriations to a general statutory reserve until such reserve cumulatively reaches 50% of its registered capital. The statutory general reserve and registered share capital are not distributable as cash dividends except in the event of liquidation, and requires approval from the local authorities. 47 Table of Contents Employment Employment relationships in China are primarily governed by the Labor Law and the Labor Contract Law, which require mandatory written labor contracts, regulated termination procedures, remuneration, severance compensation, and social insurance contributions. Employees with fixed-term contracts are entitled to an indefinite-term contract if they have either renewed a fixed-term contract twice or worked for the employer for a consecutive ten-year period. Under social laws and regulations in the PRC, employers are required to contribute, on behalf of their employees, to various social security funds, including funds for basic pension insurance, unemployment insurance, basic medical insurance, occupational injury insurance, maternity leave insurance, and to housing accumulation funds. These contributions are made to local administrative authorities, and failure to comply may result in fines and orders to remediate unpaid contributions. Enforceability of Civil Liabilities Canadian Solar Inc. is a corporation governed by the laws of the province of Ontario, Canada with operations in North America, Asia Pacific, Europe, South America, the Middle East and Africa. We primarily conduct our manufacturing operations in the U.S. and Asia Pacific, including China. A majority of our directors and officers are residents of countries other than the United States, principally Canada, and a substantial portion of the assets of these persons are located outside the United States. As a result, it may not be possible for you to effect service of process within the United States upon those persons. Furthermore, it may not be possible for you to enforce against us or them, in the United States, judgments obtained in United States courts, because a substantial portion of our assets and all or a substantial portion of the assets of those persons are located outside the United States. In addition, our constituent documents do not contain provisions requiring that disputes, including those arising under the securities laws of the United States, between us, our officers, directors and shareholders, be arbitrated. As a result, it may be difficult for a shareholder to effect service of process within the United States upon us or such persons, or to enforce against us or them judgments obtained in United States courts, including judgments predicated upon the civil liability provisions of the securities laws of the United States or any state in the United States. There are defenses that can be raised to the enforceability, in original actions in Canadian courts, of liabilities based upon the federal securities laws of the United States and to the enforceability in Canadian courts of judgments of United States courts obtained in actions based upon the civil liability provisions of federal securities laws of the United States, such that the enforcement in Canada of such liabilities and judgments is not certain. Therefore, it may not be possible to enforce in Canada those actions against us, our directors and officers. 48 Table of Contents C Organizational Structure The following table sets out our principal subsidiaries, including those that are significant under Rule 1-02(w) of Regulation S-X, together with their place of incorporation and our ownership interest: Place of Ownership Name of entity incorporation interest CS PowerTech Inc. USA 91 %* Mesquite Modules Corporation USA 91 %* Jeffersonville PVcells Corporation USA 91 %* CS Power Systems Inc. USA 91 %* Canadian Solar Energy Storage (USA) Inc. USA 91 %* Canadian Solar US Renewable Energy Corporation USA 64 %** Canadian Solar US Module Manufacturing Corporation USA 64 %** Canadian Solar US Cell Manufacturing Corporation USA 64 %** Canadian Solar SSES (US) Inc. USA 64 %** Canadian Solar (USA) Inc. USA 64 %** Recurrent Energy, LLC USA 100 %*** Recurrent Energy B.V. Netherlands 100 %*** Canadian Solar New Energy Holding Company Limited Hong Kong 100 %*** Canadian Solar UY Holding LATAM Uruguay 100 % Canadian Solar Brasil I Fundo de Investimento em Participacoes – Multiestrategia Brazil 100 % Canadian Solar Solutions Inc. Canada 100 % CSI Solar Co., Ltd. PRC 64 % CSI Cells Co., Ltd. PRC 64 %** Canadian Solar Manufacturing (Luoyang) Inc. PRC 64 %** Canadian Solar Sunenergy (Baotou) Co., Ltd. PRC 64 %** CSI Solar Technology (Xining) Co., Ltd PRC 64 %** Canadian Solar Manufacturing (Changshu) Inc. PRC 64 %** Canadian Solar Sunenergy (Jiaxing) Co. Ltd PRC 64 %** Canadian Solar Sunenergy (SuQian) Co., Ltd. PRC 64 %** Canadian Solar International Limited Hong Kong 64 %** Canadian Solar Manufacturing (Thailand) Co., Ltd. Thailand 64 %** * As of December 31, 2025, none of CS PowerTech Inc., Mesquite Modules Corporation, Jeffersonville PVcells Corporation, CS Power Systems Inc., or Canadian Solar Energy Storage (USA) Inc. each of which is an operating entity formed in connection with our U.S. strategic initiative (see “—B. Business Overview—Strategic Initiative Relating to Our U.S. Business Operations”), met the definition of a “significant subsidiary” under Rule 1-02(w) of Regulation S-X. ** Significant subsidiaries (as defined in Rule 1-02(w) of Regulation S-X) held through CSI Solar Co., Ltd. in which CSI owned approximately 64% interest as of December 31, 2025. *** BlackRock invested $500.0 million in the Series A preferred shares of Recurrent Energy B.V. which are subject to conversion rights into ordinary shares of Recurrent Energy B.V. (see “—B. Business Overview—Recurrent Energy Key Development”). 49 Table of Contents D Property, Plant and Equipment The following summarizes our material properties, including manufacturing facilities, solar power and battery energy storage systems, and office buildings as of the date of this annual report on Form 20-F: ● Canadian Solar US Module Manufacturing Corporation has entered into an agreement in 2023 to lease a building, Building A, in Mesquite, Texas through December 2033, including a manufacturing floor of approximately 59,000 square meters, a mezzanine area of approximately 6,100 square meters, and an office area of approximately 4,600 square meters, as well as a second building, Building B, comprises approximately 71,349 square meters and is primarily used for manufacturing, raw material warehousing, and office functions. Following the completion of equipment installation, the facility commenced production in December 2023. Effective December 2025, Mesquite Modules Corporation, a subsidiary of CS PowerTech, operates the facility. ● Canadian Solar US Cell Manufacturing Corporation obtained the land use right in 2024 to approximately 350,000 square meters of land in Jeffersonville, Indiana, for the planned construction of a greenfield manufacturing facility, including an office building, of approximately 90,000 square meters to produce solar cells. Effective December 2025, Jeffersonville PVcells Corporation, a subsidiary of CS PowerTech, operates the facility. ● In the United States, Recurrent Energy, LLC and Canadian Solar (USA) Inc. lease a total of approximately 2,200 square meters of office space in Austin, Walnut Creek, New York City and Scottsdale. ● Canadian Solar Manufacturing (Luoyang) Inc. has obtained land use rights for approximately 80,000 square meters of land in Luoyang, Henan, in 2008, on which we have built wafer manufacturing facilities of approximately 30,000 square meters. Subsequently in 2016, CSI Solar acquired land use rights for another piece of land of approximately 160,000 square meters, where it constructed manufacturing facilities covering approximately 39,000 square meters. The certificates for property ownership thereunder were granted between 2008 and 2018. ● Canadian Solar Sunenergy (Baotou) Co., Ltd. has obtained the land use right of a piece of land in Baotou, Inner Mongolia of approximately 224,000 square meters, on which CSI Solar has built ingots manufacturing facilities with a floor area of approximately 18,000 square meters. The production of ingots commenced in 2017. Subsequently, CSI Solar expanded the facility to include the production of mono ingots with a floor area of approximately 91,700 square meters. The certificates for property ownership thereunder were granted between 2018 and 2024. ● CSI Solar Technology (Xining) Co., Ltd. has obtained a land use right of a piece of land in Xining, Qinghai of approximately 200,000 square meters in 2021. The land use right certificate was granted in 2021. CSI Solar has built ingot production lines and supporting facilities on approximately 185,000 square meters of land under Phase I and II. ● Canadian Solar Manufacturing (Changshu) Inc. has the land use right to two pieces of land of approximately 40,000 square meters and 180,000 square meters, respectively, in Changshu, Jiangsu, on which CSI Solar has built module manufacturing facilities with a total floor area of approximately 165,000 square meters. CSI Solar has obtained certificates of property ownership for the facilities. ● Canadian Solar Sunenergy (Jiaxing) Co. Ltd. obtained the land use right to a piece of land of approximately 165,000 square meters in Jiaxing, Zhejiang in 2018, on which CSI Solar has built module manufacturing facilities with floor area of approximately 125,000 square meters under Phase I in 2020. CSI Solar further constructed module manufacturing facilities with floor area of approximately 104,014 square meters under Phase II in 2023. ● Canadian Solar Sunenergy (SuQian) Co., Ltd. has leased approximately 183,000 square meters of module manufacturing facilities in Suqian, Jiangsu commencing from November 2020. The facility commenced full production in 2023. The lease term is expected to end in December 2026. 50 Table of Contents ● Canadian Solar Manufacturing (Thailand) Co., Ltd. has two lots land totaling 272.8 Rai (approximately 436,000 square meters) in Thailand, with the ownership certificates obtained. The first lot of approximately 179.3 Rai (approximately 287,000 square meters) is located in Chonburi Province, and houses cell manufacturing facilities under Phase I and II covering approximately 37,000 square meters and module manufacturing facilities under Phase I, II and III covering approximately 113,000 square meters. The Phase I cell facility was built, and production commenced in 2017, while the Phase II cell facility was completed, and production commenced in 2019. The Phase I module facility was built, and production commenced in 2016. The Phase II module facility started production in 2019, and the Phase III module facility began production in 2023. The second lot of approximately 93.5 Rai (approximately 150,000 square meters) is located in Royong Province, and houses the cell manufacturing facility under Phase III covering approximately 27,000 square meters. The land was purchased in June 2022, subsequently constructed, with production commencing in 2023. Production of wafer manufacturing commenced in 2024 within the Chonburi facilities. In 2025, approximately 44.1 Rai (approximately 70,560 square meters) of land was transferred to CSI Energy Storage Technology (Thailand) Co., Ltd. ● We construct and operate solar power systems in the United States, EU, Brazil, Argentina, Colombia and China, and most of our solar power systems were built or are being constructed on leased land, though in some cases we purchase the underlying land. Approximately 5,600 hectares of land were leased for these solar power systems, with lease term ending between 2037 and 2056. Except as disclosed in the “Item 3. Key Information—D. Risk Factors—Risks Related to Doing Business in China,” we believe we have obtained the environmental permits necessary to conduct the business currently carried on by us at our manufacturing facilities. For more details, see “B. Business Overview—Environmental Matters.”
The following discussion and analysis of our financial condition and results of operations should be read in conjunction with our consolidated financial statements and accompanying notes included elsewhere in this annual report on Form 20-F. The following discussion contains for…
The following discussion and analysis of our financial condition and results of operations should be read in conjunction with our consolidated financial statements and accompanying notes included elsewhere in this annual report on Form 20-F. The following discussion contains forward-looking statements based on current expectations that involve risks and uncertainties. Our actual results may differ materially as a result of various factors, including those set forth under “Item 3. Key Information—D. Risk Factors” or in other parts of this annual report on Form 20-F. For year-over-year comparisons between 2024 and 2023, refer to “Item 5. Operating and Financial Review and Prospects” in our Form 20-F for the year ended December 31, 2024, filed with the SEC on April 30, 2025. A Operating Results Key Factors Affecting Our Results of Operations Our operating results are affected by a number of factors, including (i) global economic conditions such as inflationary and interest rate pressures, and currency volatility; (ii) supply and demand dynamics in the solar power and battery storage energy industry, including seasonality; (iii) mix of products and services we provide, as well as the timing and scale of project sales; (iv) pricing of solar power and battery energy storage products; and (v) the costs of raw materials, including solar ingots, polysilicon, wafers, silver-based metallic pastes, cells and lithium-ion components relative to the selling prices of modules and battery energy storage products. Our operating results may also be affected by (i) raw materials availability and supply chain constraints; (ii) effects that current credit, interest rate and market conditions could have on the value of our project assets; and (iii) changes in trade regulations and treaties, including renewable energy incentives, including those contained in the IRA and OBBBA, government grants, antidumping and countervailing duties. We also are subject to other risks as outlined in “Item 3. Key Information—D. Risk Factors.” We are closely monitoring macro-economic developments, including inflation, interest rates, monetary policy changes and foreign currency fluctuations, as well as elevated geopolitical tensions, hostilities and political conflicts around the world, and how they may adversely impact our and our customers’, contractors’, suppliers’ and partners’ respective businesses. In particular, weak economic conditions or unfavorable changes in any of these general factors could materially and adversely affect our results of operations. 51 Table of Contents Our business and revenue growth depend on the increasing demand for solar power, driven by its increasing cost competitiveness with other power generation technologies, its advantages over other renewable sources, and expanding battery energy storage deployment to reduce intermittency of renewables generation. Public support for renewable energy, driven by energy security and environmental concerns, continue to accelerate industry adoption. Although solar technology has been available for decades, significant market expansion has occurred only recently. See “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—We may be adversely affected by volatility in the solar power and battery energy storage market and industry conditions; in particular, the demand for our solar power and battery energy storage products and services may not grow as expected or may decline.” Industry demand is affected by seasonality. Demand tends to be lower in winter, when adverse weather conditions can complicate the installation conditions. See “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—Our revenues and results of operations are subject to significant fluctuations, which make our financial performance difficult to predict.” In addition, grid interconnection constraints have heightened the need for battery energy storage integration in order to shift the feed of electricity into the grid to benefit from peak demand periods and overcome limitations in grid transmission capacity. The current electricity and capacity market design and rules may not adequately compensate for the integration of battery energy storage systems, and as such may hinder, slow down or limit the growth rate of solar power or battery energy storage adoption and implementation. Our solar module pricing is based on the actual flash test results or nameplate capacity, expressed in watts-peak, and is affected by market demand and supply, module efficiency and power output. Higher efficiency modules usually command premium pricing. The average selling prices of our solar modules decreased from $0.23 per watt in 2023 to $0.16 per watt in 2024 and remained at $0.16 per watt in 2025. We anticipate further price reductions driven by industry trends. Our battery energy storage pricing is based on storage capacity, expressed in watts-hour, and is affected by market demand, storage capacity and material costs. Higher storage capacity and longer duration products generally command higher price premium. Our profitability is highly dependent on the cost of silicon raw materials, solar ingots, wafers, cells, silver-based metallic paste and lithium-ion components relative to the selling prices of our solar modules and battery energy storage products. We produce solar modules, which comprise interconnected solar cells encased in a weatherproof frame. Solar cells are the most important component of solar modules. Our solar cells are primarily made from mono-crystalline silicon wafers through multiple manufacturing steps, including the application of N-type and TOPCon technologies. The solar cell manufacturing processes involve the formation of electrical contacts on the front and rear surfaces of the solar cells, which are typically produced using silver-based metallic pastes. As a result, silver is a critical input material in solar cell metallization and contributes to the overall cost of solar cell production. Solar wafers are the primary material used to make solar cells. Solar ingots are the key material for making solar wafers. If we are unable to procure silicon raw materials, solar ingots, wafers and cells at input costs that aligns with the declines in selling price of our solar modules, our revenues and margins could be adversely impacted, either due to higher manufacturing costs than our competitors or write-downs of inventory, or both. We may lose market share if our competitors are able to offer better pricing than we do. We manufacture our battery energy storage products. The costs of lithium iron phosphate (“LFP”) cells, battery modules, and associated electronics are a significant portion of our total cost structure for energy storage products. If we are unable to procure lithium ion battery components input costs that aligns with the decline in line with the pricing of our battery energy storage products, or if supply chain disruptions result in cost inflation or delays, our margins may be compressed, and our competitiveness in the energy storage market could be adversely impacted. Our revenues from the sale of solar power and battery energy storage projects are affected by the timing of project completion and our monetization strategy, which includes balancing the long-term ownership and operation of certain assets with selective project sales. See “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—Our sale of solar power and battery energy storage projects depends heavily on our ability to find third-party buyers for our projects in a timely manner and on favorable terms and conditions” and “Item 4. Information on the Company—B. Business Overview—Sales, Marketing and Customers—Recurrent Energy” for a description of our solar power and battery energy storage pipelines. Rising interest rates, tightening credit conditions, and changing investor return expectations could place downward pressure on asset valuations across the renewable infrastructure sector, including our projects. Certain classes of investors benchmark solar power and battery energy storage project returns against bond yields, and increases in those yields can lead to higher required internal rates of return (“IRRs”) on infrastructure investments. As a result, we may face reduced sale prices for our projects, extended sales cycles, or the need to hold completed projects on our balance sheet for longer periods, potentially reducing liquidity and delaying revenue recognition. Project sales may also be adversely affected by construction delays, changes in government policy or permitting requirements, counterparty credit deterioration, grid curtailment, equipment failures, and extreme weather events. These factors may lead to project cancellations, impairments, or reclassification of assets from held-for-sale to held-for-use. In such cases, we may be required to expense prior capitalized development costs or impair our project investments, which could materially affect our operating results for the relevant period. 52 Table of Contents While the cost of solar and battery energy storage technologies have generally declined, continued government support remains important to sustain industry growth and investment returns. Our business performance and market demand are influenced significantly by the availability, size, and stability of government incentives, regulatory frameworks, and trade regimes in the countries where we operate. Governments in many of our key markets, including the United States and a number of the states of the European Union (including, Italy, France, Germany and Spain) continue to provide incentives that support solar power and battery energy storage deployment. In the United States, the IRA significantly enhanced and extended tax-based incentives for renewable energy. These include expanded ITC and PTC eligibility, additional bonus credits for projects located in energy communities or meeting domestic content thresholds, and advanced manufacturing production tax credits under Section 45X of the Internal Revenue Code. The IRA also introduced mechanisms for credit transferability and direct pay, which were clarified through temporary and proposed IRS regulations issued in June 2023 and finalized in May 2024. These incentives, however, remain subject to regulatory and compliance requirements, including those arising under the OBBBA. In the European Union, several member states continue to implement incentive schemes, including national auctions and tax benefits to support renewable development. Additionally, the revised Renewable Energy Directive, which entered into force on November 20, 2023, aims to further streamline permitting processes and reinforce regulatory support for solar and battery energy storage deployment. However, some member states have enacted land-use limitations and zoning restrictions, particularly in agricultural zones, which may limit project development opportunities. As part of the revised directive, EU member states are required to implement permitting reforms by mid-2024 and to designate renewables acceleration areas by February 2026 to streamline project approvals and facilitate faster deployment. Despite overall government support, many of these incentive programs are subject to change, reduction, or phase-out over time. Revisions, reductions, or eliminations of subsidies and favorable regulations could materially and adversely affect demand for our products and services, particularly in developing or price-sensitive markets. In addition, unfavorable changes in energy laws or policies could deter customer investment, increase competition, or reduce expected returns on our projects. For a detailed discussion of the impact of government subsidies and incentives, possible changes in government policy and associated risks to our business, see “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—Governments may revise, reduce or eliminate incentives and policy support schemes for solar power and battery energy storage” and “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—Our global operations are subject to complex and evolving laws, regulations, policies, trade restrictions and geopolitical risks, which could increase compliance costs, disrupt operations, delay project execution and adversely affect our business, financial condition and results of operations.” We have been in the past, and may be in the future, subject to international trade policies, including the imposition or expansion antidumping and countervailing duty rulings, tariffs, and other trade remedies. In particular, we have been subject to antidumping and countervailing duty rulings in the U.S., the EU, and Canada and have, as a result, been party to lengthy proceedings related thereto. See “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—Antidumping and countervailing duty determinations in the United States could adversely affect us,” “—Other trade measures such as Section 232 and Section 301 tariffs could adversely affect us,” and “Item 8. Financial Information—A. Consolidated Statements and Other Financial Information—Legal and Administrative Proceedings.” The U.S., the EU, the U.K. and Canada are important markets for us. Ongoing proceedings relating to, and the imposition of any new, antidumping and countervailing duty rulings and orders or safeguard measures in these markets may result in additional costs to us and/or our customers or limit our access to important markets. Pending investigations, safeguard measures, and retroactive rulings could also result in supply chain disruptions or unanticipated liabilities. The COVID-19 pandemic previously posed significant challenges to many aspects of our business, including our operations, customers, suppliers and projects. On May 5, 2023, the World Health Organization announced that COVID-19 was no longer a public health emergency. Pandemic-related impacts have since largely subsided. Overview of Financial Results We evaluate our business using a variety of key financial measures. 53 Table of Contents Net Revenues Our business is organized into two segments: (i) Manufacturing, comprising CS PowerTech, which focuses on manufacturing and sales of solar products and battery energy storage products, and other power technology products for the U.S. market, and CSI Solar, which serves all other global markets; and (ii) Recurrent Energy, which focuses on solar power and battery energy storage project development, asset sales, power services, and electricity revenue from its operating portfolio. The following table sets forth, for the periods indicated, the components of our revenues by amounts and percentages of our total revenues: For the years ended December 31, 2024 2025 (in thousands of $, except percentages) Net revenues Manufacturing: Solar modules 4,281,178 71.4 % 3,377,706 60.4 % Battery energy storage solutions 814,604 13.6 % 1,370,590 24.5 % Solar system kits 398,173 6.7 % 224,621 4.0 % EPC and others 181,422 3.0 % 227,855 4.1 % Recurrent Energy: Solar power and battery energy storage asset sales 156,686 2.6 % 175,987 3.1 % Power services 69,972 1.2 % 75,486 1.3 % Revenue from electricity, battery energy storage operations and others 91,374 1.5 % 142,862 2.6 % Total 5,993,409 100.0 % 5,595,107 100.0 % Our revenues from Manufacturing are primarily affected by average selling prices per watt and unit volumes shipped of solar power products, as well as the average selling price per watt-hour and unit volumes shipped of battery energy storage solutions products. Revenues from sales to customers are recorded net of sales taxes, goods and services taxes, value added taxes, and estimated returns. Our revenues from our Recurrent Energy are primarily affected by the timing of the completion and the timing and strategy of monetization of solar power and battery energy storage projects. Our revenue recognition policies for sales of battery energy storage products and solar power and battery energy storage asset sales are described in “—Critical Accounting Estimates—Revenue.” Cost of Revenues The cost of revenues for Manufacturing includes direct and indirect costs associated with the manufacture and delivery of solar modules, and battery energy storage products. These costs primarily consist of key materials and components, including high purity polysilicon, ingots, wafers, cells, silver-based metallic pastes, glass, metal frames, ethylene vinyl acetate, junction boxes, polymer back sheets, lithium iron phosphate battery cells and inverters. Additional costs include production labor (salaries and benefits for manufacturing staff), warranty expenses, and overhead related to utilities, equipment maintenance, and factory support. Depreciation and amortization of manufacturing equipment and facilities are also included and have increased in line with the expansion of our manufacturing footprint. Furthermore, our cost structure reflects exposure to global trade regulations and compliance-related expenses, including antidumping, countervailing and other duty costs, as well as inventory impairment charges. The cost of revenues for Recurrent Energy primarily reflects solar power and battery energy storage project expenditures associated with development, construction and key equipment. These include the cost of acquiring project rights and sites, interconnection and permitting fees, procurement for equipment, including trackers, mounting hardware, and grid interconnection equipment, and construction services. Interest capitalized during construction also forms a portion of the costs. Additionally, this segment may recognize impairments on project assets due to adverse changes in market conditions, regulatory uncertainty, or project-specific performance. Gross Profit Gross profit is affected by a number of factors, including but not limited to, the performance and contribution of both of our segments, the average selling prices and unit volumes of our solar power and battery energy storage products, our product mix, our ability to cost effectively manage our vertical integration, manufacturing capacity and supply chain, inventory write-downs, tariffs, antidumping and countervailing duties, the timing and pricing of project sales and the impairment of project assets. As a result of these various factors, our gross margin varies from period to period. 54 Table of Contents Operating Expenses Selling and Distribution Expenses Selling and distribution expenses consist primarily of transportation and shipping costs for delivery of our products, salaries and benefits, sales commissions for our sales agents, advertising, promotional and trade show expenses, and other sales and marketing expenses. We have implemented cost management initiatives across our logistics, sales and marketing functions. We expect to continue managing these expenses through improved logistics management, disciplined hiring and targeted marketing programs to strengthen our position as a leading global brand. General and Administrative Expenses General and administrative expenses consist of salaries and benefits for our corporate, finance, legal, IT and other administrative functions, as well as expenses for consulting, professional service fees, government and administrative fees and insurance fees. We have reduced headcount related costs through disciplined workforce management and tighter control over discretionary spending, while continuing to support the operations of our two segments. From time to time, general and administrative expenses may also include one-time costs and non-cash impairment changes related to manufacturing equipment and held-for-use energy assets. For a description of the stock options, restricted share units and restricted shares granted, including the exercise prices and vesting periods, see “Item 6. Directors, Senior Management and Employees—B. Compensation of Directors and Executive Officers—Share Incentive Plans.” We recognize share-based compensation expense based on the fair value of equity awards at the grant date. Expense for time-based awards is recognized over the requisite service period, while performance-based awards are recognized upon occurrence of certain contingent conditions. We estimate expected forfeitures based on historical and anticipated employee retention and adjust these estimates prospectively. Research and Development Expenses Research and development expenses consist primarily of costs of raw materials used in our research and development activities, salaries and benefits for research and development personnel and prototype and equipment costs related to the design, development, testing and enhancement of our products. Refer to “—C. Research and Development” for further details of our research and development activities. We expect to continue managing research and development expenditures in line with project timelines and technological priorities. Other Operating Income, Net Other operating income, net, primarily reflects non-core operating items that are not directly attributable to our primary revenue generating activities. This includes government grants received and gains or losses from disposal of held-for-use energy assets and manufacturing equipment. The amount and timing of other operating income can vary depending on the receipt of government incentives, asset management strategies, and external environmental factors. Interest Expense Interest expense relates to interest incurred on our short and long-term borrowings from banks and other financial institutions, green bonds, and convertible notes. The level of interest expense is influenced by prevailing interest rates, total outstanding debt balances, and the currency composition of our financing sources. Loss on Change in Fair Value of Derivatives We utilize derivative instruments as part of our risk management strategy to mitigate exposures to fluctuations in foreign currency exchange rates, raw material prices, and interest rates. These instruments include foreign exchange forward contracts, commodity hedges, and interest rate swaps. Changes in the fair value of these derivatives that are not designated as accounting hedges are recognized in earnings and may result in gains or losses depending on market movements. These fair value adjustments can introduce volatility to our financial results. 55 Table of Contents Income Tax Benefit (Expense) We recognize income tax expense or benefit based on taxable income for the period, as well as deferred tax assets and liabilities arising from temporary differences between the financial reporting and tax bases of assets and liabilities. Deferred tax assets are subject to valuation allowances when management cannot conclude that it is more likely than not that they will be realized. The effective tax rate may fluctuate from period to period due to changes in the geographic mix of income, tax holidays or incentives, changes in valuation allowances, or other nonrecurring tax adjustments. Results of Operations The following table sets forth, for the periods indicated, certain of our consolidated results of operations and each item expressed as a percentage of our total net revenues. Our historical results presented below are not necessarily indicative of the results that may be expected for any future period. For the years ended December 31, 2024 2025 (in thousands of $, except percentages) Net revenues 5,993,409 100.0 % 5,595,107 100.0 % Manufacturing segment 6,460,003 107.8 % 5,612,124 100.3 % Recurrent Energy segment 323,469 5.4 % 403,620 7.2 % Elimination (790,063) (13.2) % (420,637) (7.5) % Cost of revenues 4,994,090 83.3 % 4,568,881 81.7 % Manufacturing segment 5,272,722 88.0 % 4,669,608 83.5 % Recurrent Energy segment 257,976 4.3 % 320,166 5.7 % Elimination (536,608) (9.0) % (420,893) (7.5) % Gross profit 999,319 16.7 % 1,026,226 18.3 % Manufacturing segment 1,187,281 19.8 % 942,516 16.8 % Recurrent Energy segment 65,493 1.1 % 83,454 1.5 % Elimination (253,454) (4.2) % 256 0.0 % Operating expenses: Selling and distribution expenses 487,947 8.1 % 382,591 6.8 % General and administrative expenses 515,204 8.6 % 581,807 10.4 % Research and development expenses 120,792 2.0 % 90,685 1.6 % Other operating income, net (94,543) (1.6) % (72,013) (1.3) % Total operating expenses 1,029,400 17.2 % 983,070 17.6 % Income (loss) from operations (30,081) (0.5) % 43,156 0.8 % Other income (expenses) Interest expense (137,468) (2.3) % (178,166) (3.2) % Interest income 88,470 1.5 % 46,054 0.8 % Loss on change in fair value of derivatives, net (51,400) (0.9) % (42,422) (0.8) % Foreign exchange gain (loss), net 46,750 0.8 % (16,751) (0.3) % Investment income, net 1,427 0.0 % 7,390 0.1 % Total other expenses (52,221) (0.9) % (183,895) (3.3) % Loss before income taxes and equity in losses of affiliates (82,302) (1.4) % (140,739) (2.5) % Income tax benefit (expense) 16,576 0.3 % (14,149) (0.3) % Equity in losses of affiliates (12,136) (0.2) % (28,875) (0.5) % Net loss (77,862) (1.3) % (183,763) (3.3) % Less: Net loss attributable to non‑controlling interests and redeemable non-controlling interests (113,913) (1.9) % (79,637) (1.4) % Net income (loss) attributable to Canadian Solar Inc. 36,051 0.6 % (104,126) (1.9) % 56 Table of Contents Year Ended December 31, 2025 Compared to Year Ended December 31, 2024 Net Revenues. Our net revenues decreased by $398.3 million, or 6.6%, from $5,993.4 million in 2024 to $5,595.1 million in 2025. The decline was primarily attributable to lower sales volume of solar modules as we continued to prioritize margin over volume. This impact was partially offset by higher sales of battery energy storage systems, which increased their contribution to total revenue during the year. Total module shipments decreased to 24.3 GW in 2025 from 31.1 GW in 2024, while battery energy storage solutions continued to grow significantly, reaching 7.8 GWh in shipped volume in 2025, which represents an increase of over 18.6% compared to 2024. Of total shipments in 2025, approximately 1,122 MW were delivered to our own utility-scale solar, compared to approximately 803 MW in 2024. Our net revenues related to Recurrent Energy increased by $76.3 million, or 24.0%, from $318.0 million in 2024 to $394.3 million in 2025, mainly attributable to an increase in revenue generated from project sales, reflecting a higher volume of project monetization completed during 2025. Project sales contributed 3.1% of total revenue in 2025, compared to 2.6% in 2024. In 2025, revenue contributions from power services and electricity, battery energy storage operations and others were 1.3% and 2.6%, respectively, up from 1.2% and 1.5% in 2024. Cost of Revenues. Our cost of revenues decreased by $425.2 million, or 8.5%, from $4,994.1 million in 2024 to $4,568.9 million in 2025. The decrease was primarily attributable to lower manufacturing costs and lower inventory write-downs. These decreases were partially offset by higher costs associated with battery energy storage deployment, which carry different cost dynamics. Additionally, higher volume of solar power and battery storage asset sales, partially offset by lower impairments related to solar assets held for use in Recurrent Energy impacted the segment’s cost contribution for 2025. Gross Profit. Our gross profit increased by $26.9 million, or 2.7%, from $999.3 million in 2024 to $1,026.2 million in 2025. Gross margin improved year-over-year from 16.7% to 18.3%, driven primarily by a higher mix of battery energy storage systems, which generally provide higher margins than solar modules, and the benefit from a U.S. anti-dumping and countervailing duty true-up adjustment based on final affirmative determinations made by the ITC. Despite pressure from declining solar modules ASPs and trade related duties, we mitigated some margin compression through continued reductions in manufacturing costs and improved operational efficiencies, including workforce reduction. Our diversification into battery energy storage has also enhanced the resilience of our gross profit. Operating Expenses. Our operating expenses decreased by $46.3 million, or 4.5%, from $1,029.4 million in 2024 to $983.1 million in 2025. Operating expenses represented 17.6% of net revenues in 2025, compared to 17.2% in 2024. Selling and Distribution Expenses. Our selling and distribution expenses decreased by $105.4 million, or 21.6%, from $487.9 million in 2024 to $382.6 million in 2025, primarily due to lower shipping and handling costs. Selling and distribution expenses represented 6.8% of net revenues in 2025, compared to 8.1% in 2024. General and Administrative Expenses. Our general and administrative expenses increased by $66.6 million, or 12.9%, from $515.2 million in 2024 to $581.8 million in 2025. The increase was mainly attributable to a $48.5 million day-one loss resulting from the non-cash classification of a battery energy storage project as a sales-type lease, $54.0 million impairment charge on manufacturing equipment and $19.7 million in personnel and severance expenses. General and administrative expenses represented 10.4% of net revenues in 2025, compared to 8.6% in 2024. Research and Development Expenses. Our R&D expenses decreased by $30.1 million, or 24.9%, from $120.8 million in 2024 to $90.7 million in 2025, reflecting cost optimization initiatives. R&D expenses represented 1.6% of net revenues in 2025, compared to 2.0% in 2024. See “—C. Research and Development” for additional detail on our R&D activities. Other Operating Income, Net. Our other operating income, net, decreased by $22.5 million, or 23.8%, from $94.5 million in 2024 to $72.0 million in 2025, mainly reflecting lower government grants received. Interest Expense, Net. Our interest expense, net, increased by $83.1 million, or 169.6%, from $49.0 million in 2024 to $132.1 million in 2025. Our interest expense increased by $40.7 million, or 29.6%, from $137.5 million in 2024 to $178.2 million in 2025. The increase was primarily attributable to a higher average level of outstanding debt during the year, which mainly related to non-recourse borrowings. In 2025 and 2024, we capitalized interest costs related to the construction of qualifying assets totaling approximately $107.0 million and $108.9 million, respectively. The remaining interest expense was recognized in current period operations. 57 Table of Contents Our interest income decreased by $42.4 million, or 47.9%, from $88.5 million in 2024 to $46.1 million in 2025, reflecting a reduction in our average balance of cash, cash equivalents, and restricted cash during 2025 compared to 2024. In 2025 and 2024, we earned nil and $18.9 million of interest benefits, respectively, from anti-dumping and countervailing duty deposit refunds and supplier settlements. Loss on Change in Fair Value of Derivatives, Net. We recorded a loss of $42.4 million in 2025 from changes in the fair value of derivative instruments, compared to $51.4 million in 2024. The loss was primarily due to unfavorable movements in the RMB, Euro, JPY and BRL exchange rates. Foreign Exchange Gain (Loss), Net. We recognized a loss of $16.8 million in 2025, compared to a gain of $46.8 million in 2024, primarily due to the unfavorable movements in the RMB, Euro and JPY exchange rates. Investment Income, Net. We recorded net investment income of $7.4 million in 2025, as compared net investment income of $1.4 million in 2024, primarily due to increase in fair value of our investments in China. Income Tax Benefit (Expense). We recognized an income tax expense of $14.1 million in 2025, compared to an income tax benefit of $16.6 million in 2024. The change primarily reflected differences in pre-tax earnings, jurisdictional income mix, valuation allowances, and other permanent tax items. Equity in Losses of Affiliates. Our share of the earnings of affiliates resulted in a net loss of $28.9 million in 2025, compared to a net loss of $12.1 million in 2024. The year-over-year decline was primarily due to weaker performance from certain investees in Latin America. Net Loss Attributable to Non-Controlling Interests and Redeemable Non-Controlling Interests. Our net loss attributable to non-controlling interests and redeemable non-controlling interests decreased to $79.6 million in 2025 from $113.9 million in 2024. The decrease was primarily driven by the recognition in income attributable to our consolidated tax equity partnerships under the hypothetical liquidation at book value (“HLBV”) method of $90.8 million in 2025 and $164.3 million in 2024. This was partially offset by lower net income attributable to noncontrolling shareholders of CSI Solar. Recently Issued Accounting Pronouncements See “Item 17. Consolidated Financial Statements—Note 2—Recently Issued Accounting Pronouncements.” B Liquidity and Capital Resources As of December 31, 2025, we had $1,370.4 million in cash and cash equivalents and $570.0 million in restricted cash. Restricted cash represents amounts held by banks as security for short-term notes payable, letters of guarantee, letters of credit or bank borrowings. These amounts are unavailable for general use until the related obligations mature or are repaid, at which point the funds become unrestricted. We intend to fund our existing and future material cash requirements for at least the next 12 months, including working capital, capital expenditures, investment requirements, subsidiary share repurchases, and debt repayments, through available cash and cash equivalents, monetization of project assets, anticipated cash flow from operations, and drawdowns under our credit note facilities. From time to time, we may also seek additional financing, refinancing, or equity transactions, including open market purchases and privately negotiated transactions, and acquisitions or investments in other companies and businesses that we believe could expand our operations, augment our market coverage, enhance our technical capabilities, or otherwise offer growth opportunities. The timing and amount of any such transaction will depend on prevailing market conditions, our liquidity requirements, contractual restrictions, and other factors, and the amounts involved may be significant. Our future cash flows and working capital needs will depend on many factors. We intend to expand and upgrade our solar modules and battery energy storage production capacities and to remain competitive in production technology. See “Item 4. Information on the Company—B. Business Overview—Manufacturing—CS PowerTech and CSI Solar.” 58 Table of Contents In June 2023, CSI Solar completed its STAR Listing on the Shanghai Stock Exchange, raising gross proceeds of RMB 6.01 billion ($842.6 million). In July 2023, the full over-allotment option was exercised, raising an additional gross proceeds of RMB 0.9 billion ($124.3 million). All U.S. dollar equivalents are based on the exchange rate on the respective transaction dates. CSI Solar issued 622,217,324, representing approximately 17% of the its outstanding shares post-IPO. As of the date of this annual report, we own approximately 63% equity interest in CSI Solar. In January 2024, Canadian Solar Energy Group B.V. and Recurrent Energy B.V., our subsidiaries, entered into a purchase and sale agreement with GRP IV UK Holdco Limited (“GRP IV”), which is managed by BlackRock, Inc.’s climate infrastructure business (“BlackRock”) to issue Series A preferred shares of Recurrent Energy B.V. (“Series A Preferred Shares”) to GRP IV. GRP IV subsequently assigned its rights, liabilities and obligations under the agreement to GRP IV Rose Bidco Ltd. (“Investor”), an affiliated entity that is also managed by BlackRock. Following initial and subsequent closings in May and September 2024, respectively, BlackRock’s total investment reached $500.0 million, representing 20% of Recurrent Energy B.V.’s fully diluted shares on an as-converted basis as determined immediately upon closing. See “Item 4. Information on the Company—B. Business Overview—Recurrent Energy Key Development.” Cash Flows and Working Capital As of December 31, 2025, we had approximately $8,772.0 million in contractual credit facilities, with $5,158.4 million drawn as borrowings, $811.5 million utilized through bank guarantees, letters of credit and short-term notes payable. Of the total contractual credit facilities, approximately $2,356.5 million was available for drawdown to support our manufacturing operations and working capital requirements, and approximately $430.0 million was available in connection with our projects business. In addition, we had uncommitted credit facilities totaling approximately $1,988.4 million, with $568.6 million drawn as borrowings and $639.3 million utilized under similar banking arrangements as of December 31, 2025. As of December 31, 2024 and 2025, $997.4 million and $2,168.5 million of borrowings under Recurrent Energy were non-recourse. These borrowings are typically long-term, asset- or portfolio-specific, and denominated in the domestic currency of the respective project subsidiary. These are secured by the assets and equity of each project, and lenders have no recourse to Canadian Solar Inc. in the event of a default. Our short-term borrowings mature between the first and fourth quarters of 2026 and bore a weighted average interest rate of 3.3% as of December 31, 2025. Although these facilities do not include automatic renewal provisions, we have historically been able to repay or refinance these short-term borrowings on similar terms prior to or upon maturity. As of December 31, 2025, borrowings of $3,925.2 million were secured by property, plant and equipment with a carrying amount of $285.9 million, land use rights of $63.5 million, restricted cash of $437.2 million, equity interests of $573.1 million, project assets of $888.9 million, and solar power and battery energy storage systems of $1,181.0 million. These borrowings were classified as short-term borrowings of $793.2 million, long-term borrowings of $473.9 million under Manufacturing, and short-term borrowings of $71.1 million, non-recourse borrowings - current of $600.1 million, long-term borrowings of $491.0 million and non-recourse borrowings of $1,495.9 million under Recurrent Energy. Our long-term borrowings mature between the first quarter of 2026 and the third quarter of 2047. A portion of these borrowings, relating to solar power and battery energy storage project assets expected to be sold within one year, are classified as current liabilities and have maturities ranging from the first quarter of 2026 to the third quarter of 2029. Our long-term borrowings carried a weighted average interest rate of 5.2 % as of December 31, 2025. In 2024, we entered an investment agreement with a subsidiary of Pacific Alliance Group, or PAG, for the issuance of $200.0 million of convertible senior secured notes due 2029. We issued the $200.0 million convertible senior secured notes in 2025. In April 2025, Recurrent Energy B.V. completed a refinancing of its credit facilities with Banco Santander, S.A., Intesa Sanpaolo S.p.A New York Branch, Rabobank, New York Branch, and Morgan Stanley Senior Funding, Inc. The refinanced $415.0 million credit facility consists of term loan facilities of €83.8 million ($90.5 million) and $59.5 million, and a $265.0 million revolver, maturing in April 2028 and extendable by one year subject to lender consent. We provided guarantee of up to $325.0 million in connection with the facility. In 2025, the term loan was increased by $82.5 million and €10.8 million ($12.7 million), and revolver was increased by $45.0 million, with MUFG, Norddeutsche Landesbank and Nomura Corporate Funding Americas, LLC. As of December 31, 2025, $552.4 million was outstanding. 59 Table of Contents In January 2026, we issued $230.0 million of convertible senior notes due 2031 to qualified institutional buyers in a private placement transaction pursuant to Rule 144A under the Securities Act. The convertible notes are senior unsecured obligations of our company and accrue interest at a rate of 3.25% per annum, payable semi-annually in arrears on January 15 and July 15 of each year, beginning on July 15, 2026. The convertible notes will mature on January 15, 2031, unless earlier repurchased, redeemed or converted in accordance with their terms prior to such date. Holders of the convertible notes may convert all or part of their notes at their option at any time prior to the close of business on the third business day immediately preceding the maturity date. Upon conversion, we will deliver to such converting holders, a number of our common shares equal to the applicable conversion rate as of the relevant conversion date, together with a cash payment in lieu of any fractional share. The initial conversion rate is 36.1916 common shares per US$1,000 principal amount of such notes, which represents an initial conversion price of approximately US$27.63 per common share. The conversion rate and conversion price for the notes will be subject to adjustments upon the occurrence of certain events. On or after January 22, 2029, we may redeem for cash all or part of the notes, at our option, if the last reported sale price of our common shares has been at least 130% of the conversion price then in effect on each of at least 20 trading days (whether or not consecutive) during any 30 consecutive trading day period (including the last trading day of such period) ending on, and including, the trading day immediately prior to the date we provide notice of redemption. In addition, the notes will be redeemable, in whole and not in part, at our option at any time following the occurrence of certain tax related events. The redemption price in the case of a tax redemption or an optional redemption will be equal to 100% of the principal amount of the Notes to be redeemed, plus accrued and unpaid interest, if any, to, but excluding, the related redemption date. Most of our long-term borrowings and credit facilities contain financial covenants, including interest and debt coverage ratios, loan to equity value of designated project ratios, debt to asset ratios, and minimum equity requirements. We were in compliance with these covenants as of December 31, 2025. The following table sets forth a summary of our cash flows for the periods indicated: For the years ended December 31, 2024 2025 (in thousands of $) Net cash used in operating activities (885,324) (252,741) Net cash used in investing activities (1,962,257) (1,503,490) Net cash provided by financing activities 2,319,771 1,347,505 Operating Activities Net cash used in operating activities was $252.7 million in 2025, compared to net cash used in operating activities of $885.3 million in 2024. The improvement was mainly due to significantly lower working capital outflows, including improved accounts receivable, lower expansion of inventories reflecting reduced raw material costs, and lower expansion of project asset investments, partially offset by the losses recorded in 2025. To manage working capital, we require certain customers to make partial prepayments, which totaled $246.2 million and $181.2 million as of December 31, 2024 and 2025, respectively. Advances to suppliers totaled $242.6 million and $322.4 million as of December 31, 2024 and 2025, respectively. Investing Activities Net cash used in investing activities was $1,503.5 million in 2025 compared to $1,962.3 million in 2024. The decrease was mainly due to lower purchases of property, plant and equipment and intangible assets, as certain phases of global capacity expansion outside the United States were executed in the prior period. Purchases of solar power and battery energy storage systems also decreased to $429.2 million in 2025 from $757.6 million in 2024, attributable to timing of construction, which is subject to various project development factors. These reductions were partially offset by higher investments in bank time deposits and structured deposits in 2025. Financing Activities Net cash provided by financing activities was $1,347.5 million in 2025, compared to $2,319.8 million in 2024. The decline was mainly due to higher net repayments of short-term borrowings and repayment of convertible notes in 2025, and the absence of preferred share issuance proceeds recorded in 2024. These impacts were partially offset by higher long-term borrowings and the issuance of new convertible notes in 2025. 60 Table of Contents For disclosures related to interest rates, refer to “Item 5. Operating and Financial Review and Prospects—A. Operating Results.” Material Cash Requirements Our material cash requirements as of December 31, 2025 and any subsequent period primarily include obligations related to borrowings, green bonds, convertible notes, construction, lease liabilities, purchase commitments, financing liabilities, and associated interest payments. Our purchase obligations arise in the normal course of business and include binding purchase orders for inventories and capital expenditures. As of December 31, 2025, we had inventory purchase commitments, primarily for silicon raw materials, totaling $1,226.4 million, of which $636.0 million is expected to be paid in 2026. Capital expenditures were focused on expanding our manufacturing capacity, totaling $1,106.2 million and $962.3 million in 2024 and 2025, respectively. As of December 31, 2025, our commitments for property, plant and equipment purchases were $315.8 million, of which $251.7 million is expected to be paid in 2026. As of December 31, 2025, our commitments for the construction and development for solar power, and battery energy storage systems and project assets were $174.2 million, of which $141.2 million is expected to be paid in 2026. As of December 31, 2025, we had $3,621.2 million in long-term borrowings and $2,389.0 million in short-term borrowings. Scheduled principal payments on long-term borrowings are $1,685.2 million in 2027, $997.5 million in 2028, $229.3 million in 2029, $347.4 million in 2030, and $361.8 million in 2031 and thereafter. Long-term borrowing may have fixed or variable interest rates. For borrowings with variable-rate interest, interest payments are estimated based on projected market interest rates for various floating-rate benchmarks received from third parties. Expected interest payments on long-term borrowing are $186.6 million in 2026, $37.0 million in 2027, $23.6 million in 2028, $4.6 million in 2029, $3.7 million in 2030, and $31.9 million in 2031 and thereafter. Interest on short-term borrowings in 2026 is expected to be $79.1 million. Future changes in interest rate environment may materially affect our estimate of interest payments in the future. As of December 31, 2025, we had outstanding convertible notes with principal amount of $200.0 million, bearing an annual interest rate of 6.0%, which will mature on December 31, 2029. Assuming no conversion, regular interest obligations on convertible notes as of December 31, 2025 are $12.0 million in 2026, $12.0 million in 2027, $12.0 million in 2028 and $12.0 million in 2029. As of December 31, 2025, financing liability totaled $99.5 million, with scheduled repayments expected through 2030. Operating lease liabilities were $381.3 million, of which $34.7 million matures in 2026 and finance lease liabilities totaled $141.5 million, with $36.8 million maturing in 2026. In the normal course of business, our subsidiaries provide letters of credit through their banks for purposes including, but not limited to, guarantees for accounts payable, debt service reserves, capital reserves, construction completion and performance. Letters of credit provided by our subsidiaries totaled $733.1 million as of December 31, 2025. We have contingent contractual obligations in the ordinary course of developing solar power and battery energy storage projects. See “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—Our project construction activities may not complete on time, and our development and construction costs could increase to levels that cause the return on our investment in the projects to be lower than expected” and “—We face a number of risks involving offtake contracts, including failure or delay in entering into contracts, defaults by counterparties and contingent contractual terms such as price adjustment, termination, liquidated damages, buy-out, acceleration and other clauses.” These obligations are designed to cover specific risks and are only triggered upon the occurrence of certain events, such as construction delays, cost overruns, change of control, subsidiary defaults, political or tax risks, sale indemnities, energy delivery shortfalls, sponsor support and liquidated damages. While we do not expect to make material payments under these contingent contractual obligations, many of the triggering events are outside our control, and we can provide no assurance that we will be able to fund these obligations if we are required to make substantial payments thereunder. C Research and Development We conduct research and development activities in the following areas: i) ingot growth and wafering, ii) solar cells, iii) modules, iv) battery energy storage, v) energy solutions, vi) power electronics, vii) system performance analysis, and viii) reliability testing. ● Ingot growth and wafering research is focused on developing advanced crystallization and sawing technologies to produce high quality mono wafers and reduce energy and material use. 61 Table of Contents ● Solar cell research is focused on developing new N-type based high efficiency solar cells, including TOPCon, HJT and BC, and advanced solar cell processing technologies. ● Module research is focused on developing new module designs and technologies for improving wattage, reliability, efficiency and system-level performance. ● Battery energy storage, energy solutions and power electronic research is primarily focused on developing high quality battery energy storage systems and inverters for utility, commercial and residential applications. ● System performance analysis provides module- and system-level performance evaluation and LCOE benchmarking for new products and innovations. ● Product reliability research is engaged in research collaboration with leading research institutes to accelerate market penetration of incremental and rupture solar technologies, by allowing state-of-the-art reliability evaluation and performance characterization. Our ISO17025-accredited Canadian Solar Photovoltaic Testing Laboratory (“CPTL”) conducts certification per IEC61215/IEC61730/UL61730/IEC62804 standards and collaborates with leading research institutes to develop extensive reliability research on solar modules and components. The laboratory has been approved by VDE, CSA, TÜV, SÜD and DEKRA certification bodies under their data approval programs. Using data science, extensive characterization platforms and data-driven proprietary tool, the research focuses on enabling products with longer service life and lower degradation rates, supporting improved module warranties. As of December 31, 2025, we had 1,318 employees engaged in research, product development and engineering. Our research and development activities include: ● developing Czochralski (“CZ”) mono pulling technologies compatible with 182 mm x 182 mm, 182 mm x 210 mm and 210 mm x 210 mm ingot size with a competitive cost structure; ● developing novel diamond wire sawing technology compatible with 182 mm x 182 mm, 182 mm x 210 mm and 210 mm x 210 mm mono ingots with thickness range from 110 μm to 140 μm; ● continuously improving the conversion efficiency of existing solar cells and reducing costs through process and material improvements and innovation; ● developing new N-type based cell structures and technologies for higher efficiencies and performance; ● continuously improving the wattage of existing solar modules and reducing costs through process and material improvements and innovation; ● developing new modules with improved design and assembly methods to achieve higher power output, module-level efficiency, reliability and system-level performance; ● designing and developing customized solar modules and products to meet specific customer requirements; ● designing and developing power electronics such as inverters; ● designing and developing battery energy storage systems; ● conducting testing, data tracking and analysis to assess system-level performance and reliability of various products and innovations; ● developing data-based, accurate reliability models to guide future materials and design innovations, and commercialize long-lifetime and low-degradation solar modules; and 62 Table of Contents ● establishing highly accelerated reliability testing and innovative characterization methods to expedite the large-scale commercialization of product innovations. In the future, we expect to focus on the following research and development initiatives that we believe will enhance our competitiveness. ● Ingot and wafer. Since cell efficiency heavily depends on wafer quality, we focus on continuously improving quality performance of mono wafers, including decreasing the oxygen content and reducing the axial-direction resistivity difference of N-type ingot to support the further improvement of cell efficiency. Additional R&D efforts focus on consuming less energy and materials in CZ pulling and diamond wire sawing, such as increasing pulling speed, lowering power consumption during crystal growth, improving the success rate of seeding and neck growth in CZ pulling, and reducing diamond wire diameter while improving the yield of diamond wire sawing. ● High efficiency cells. Our research and development is focused on new products, such as N-type HJT cells, TOPCon cells, and other technologies. CSI HJT technology has advanced to version 4.0, incorporating developments in several key industry technologies, including high crystallization rate double-sided microcrystalline, super multi-busbar (“SMBB”) Ultra, fine line metallization, and ultra-thin silicon wafers. The R&D cell efficiency has exceeded 27.6%, mass production cell efficiency has surpassed 27.3%, and the yield rate has reached 99.2%. We have partnered with research institutes to jointly develop high-efficiency perovskite/HJT tandem cells, achieving a power conversion efficiency of 33.1%. We are continuing research on commercial-grade silicon (182 mm x 105 mm) mass-producible tandem technology while exploring ultra-thin perovskite/p-HJT tandem technical technologies. We expanded our TOPCon module product offering in 2024, achieving cell efficiency of 26.5%, and began full-scale production from ingot to module in February 2024. In 2025, the second generation of high-efficiency TOPCon cell and module technology was developed, achieving cell efficiency of 27.4%. ● Competitive solar module products. Higher efficiency, improved reliability, cost competitiveness and differentiated functional features have been the key objectives of PV module R&D. Based on the current mainstream design, improving current collection performance, increasing the effective power generation area within the module size range, and improving optical utilization are the main directions for module R&D in the near future. ● Utility-scale battery energy storage products. SolBank refers to the 20-foot containerized energy storage product line designed for utility-scale applications. The product utilizes LFP cells and features high energy density, active balancing, and an intelligent Thermal Management System, while supporting back-to-back installation. In 2025, according to NFPA 855 testing standards, SolBank 3.0 successfully passed a large-scale fire test, demonstrating its safety and reliability under extreme conditions. In 2025, the long-cycle-life SolBank 3.0 Plus product was deployed. We also launched the modular FlexBank product line, and released the first generation product FlexBank 1.0, designed to facilitate transportation and deployment. KuBank is a battery energy storage product designed for C&I applications with a standardized modular design that enables parallel expansion of the energy storage system. Certification and commercial launch globally were achieved by 2024. In 2025, KuBank 3.0 was developed with a capacity of up to 940 kWh to meet U.S. market requirements. ● Residential battery energy storage products. Our EP Cube offerings comprise a flexible whole-home battery energy storage solution that includes a smart gateway, hybrid inverter and battery module in the U.S. market. The solution is available in configurations ranging from 5 kWh to 40kWh in 5 kWh increments and is scalable up to 120 kWh with 3 parallel units. EP Cube provides reliable power backup, integrates a self-designed hybrid inverter and supports up to 6 maximum power point tracking (“MPPT”) connections with current rating of up to 16 ampere to store electricity generated by a solar system. The system can also store electricity from the grid during off-peak periods through authorized settings. With continuous monitoring capabilities, EP Cube can detect outages and respond when the power supply is disrupted. ● Energy solution products. We have developed single-phase solar, three-phase solar and hybrid storage inverters, as well as battery energy storage systems for utility-scale, commercial and residential applications, across front-of-meter and behind-the-meter applications. Our string inverters are progressing through certifications to expand market availability. We also continue to develop ready-to-install solar system kits that integrates solar modules, inverters, racking systems, battery energy storage and accessories for deployment in multiple markets. 63 Table of Contents ● Power electronic products. Our power electronics cover a full solar inverter portfolio, including residential 5-6 kW and 7-9 kW inverters, C&I 15-25 kW, 40-60 kW and 75-125 kW inverters, utility-scale 225kW/320kW/333kW/350kW inverters, and 200kW/215kW PCS for energy storage system. We began R&D of residential inverters in 2017, with products delivered to the market in 2019. We maintain local and international certifications to enter the relevant markets. The 200 kW and 215 kW PCS products have obtained the UL 1741 certification for the North American energy storage system market. D Trend Information Other than as disclosed elsewhere in this annual report on Form 20-F, we are not aware of any trends, uncertainties, demands, commitments or events that are reasonably likely to have a material adverse effect on our net revenues, income, profitability, liquidity or capital resources, or that would render reported financial information to be not necessarily indicative of future operating results or financial conditions. E Critical Accounting Estimates Our significant accounting policies are described in “Note 2. Summary of Principal Accounting Policies” to our consolidated financial statements included elsewhere in this annual report on Form 20-F. The preparation of these financial statements in accordance with U.S. GAAP requires us to make estimates and judgments that affect the reported amount of assets, liabilities, revenues, expenses and related disclosure of contingent assets and liabilities. Critical accounting estimates are those that involve significant judgment or uncertainty and could materially impact our financial condition or results of operations if different assumptions or conditions were to occur. The following represent our most critical accounting estimates. We are not aware of any specific events or circumstances that would require updates to our estimates and judgments or require us to revise the carrying value of our assets or liabilities from what had been assumed when the financial statements were prepared. These estimates may change as new events occur and additional information is obtained. Actual results could differ materially from these estimates under different assumptions or conditions. Revenue We recognize revenue from sales of battery energy storage products at a point in time when the customers obtain control of the products, typically upon shipment or delivery depending on contract terms. Revenue from turnkey battery storage solutions and EPC services is recognized over time using the percentage-of-completion method, based on actual costs incurred relative to total estimated costs to determine progress towards contract completion. Revenue recognition involves significant estimates and assumptions, including the effects of performance incentives, liquidated damages and other contractual adjustments. These estimates and assumptions are reassessed periodically. Changes in estimated costs or revenues result in a cumulative effect recorded in the period of change. If estimated total project costs indicate a loss, the total amount of such loss, excluding general and administrative expense, is recognized immediately. We recognize revenue from sales of solar power and battery energy storage projects at a point in time when customers obtain control of the projects. These projects are typically held in special purpose legal entities, partnerships or trusts, which we refer to as project companies. Significant judgment is involved in assessing whether deconsolidation of the project companies is appropriate upon transfer of equity interest to customers, identifying performance obligations, and estimating variable considerations as part of the transaction price. Impairment of Long-lived Assets, Project Assets and Solar Power and Battery Energy Storage Systems We evaluate our property, plant and equipment, and solar power and battery energy storage systems for impairment whenever events or changes in circumstances indicate that the carrying value of such assets may not be recoverable. These require significant judgment in determining whether such events or changes have occurred. We consider factors such as asset group utilization, process and equipment technologies, temporary idling of capacity and the expected timing of placing this capacity back into production to evaluate impairment on our property, plant and equipment. We examine factors such as changes in energy curtailment, environmental, permitting, grid interconnection, capital cost, electricity merchant pricing and regulatory conditions that may cause the costs of the project to increase or the selling price of the project to decrease. 64 Table of Contents In 2025, we recorded impairment losses of $54.0 million for property, plant and equipment, $60.2 million for project assets and $11.1 million for solar power systems. Inventories We value our inventories at the lower of cost and net realizable value, based upon assumptions about future demand, market prices and production costs. We assess product-specific facts and circumstances for inventory impairment, particularly when market conditions turn unfavorable, and production costs and estimated costs to sell exceed expected selling price, including trends in polysilicon pricing. See “Item 3. Key Information—D. Risk Factors—Risks Related to Our Company and Our Industry—Oversupply of polysilicon, solar wafers, cells and modules may cause substantial downward pressure on the prices of our products and reduce our revenues and earnings.” In 2025, we recorded an inventory impairment of $74.0 million to reflect the lower of cost and net realizable value. Redeemable Non-controlling Interests in Subsidiaries, including Tax Equity Partnerships We finance a portion of the costs of our recently constructed U.S. solar energy and battery energy storage projects through tax equity partnerships. We account for our contractual relationships with tax equity investors using the Hypothetical Liquidation at Book Value (“HLBV”) method. These tax equity partnerships are typically consolidated as variable interest entities (“VIEs”) in which we hold a variable interest and are deemed the primary beneficiary. Under the terms of these arrangements, tax equity investors are generally entitled to substantially all of the accelerated depreciation tax deductions and investment tax credits associated with the projects, together with a portion of the distributable cash. Their entitlement to these benefits typically declines to a residual interest after a predefined flip point is reached, typically the expiration of a time period or the achievement of a target yield. Because the allocation of tax attributes and cash flows is not proportionate to initial capital contributions or ownership percentages, these arrangements represent substantive profit-sharing arrangements. In order to reflect the substantive profit-sharing arrangements under the HLBV method, the income or loss attributable to redeemable noncontrolling interests reflects the changes in the amounts that tax equity investors would hypothetically receive upon liquidation of the applicable partnerships at the beginning and end of each reporting period, after considering any capital transactions, such as contributions or distributions, between our subsidiaries and tax equity investors. The hypothetical liquidation assumptions are periodically reviewed to reflect significant events or changes in circumstances that could affect the distribution or liquidation priorities, including changes in expected flip dates, anticipated tax equity partnership period, or other events that may alter the expected duration and future cash flows of the partnership and its underlying assets. Attributing income or loss to the tax equity investors under the HLBV method requires significant assumptions and estimates to calculate the amounts that tax equity investors would receive in a hypothetical liquidation over the expected partnership duration. Changes in these assumptions and estimates can materially affect the income or loss allocated to the tax equity investors. In 2025, we recorded a HLBV adjustment of $90.8 million to reflect the changes in the tax equity investors’ interest in the net assets of the relevant tax equity partnerships. In 2024, we classified Recurrent Energy B.V.’s preferred shares as redeemable non-controlling interests. The carrying value of the redeemable non-controlling interest is not accreted or adjusted to redemption value unless the redemption of such preferred shares by our subsidiary becomes probable, which involves significant judgment. Warranties We provide warranties on solar products and battery storage systems covering performance, manufacturing defects, and degradation. We have established procedures to monitor trends in warranty support, replacement and repair costs, historical claims experience, expected failure rates based on quality reviews and other relevant assumptions. These estimates are revised as necessary to reflect new information. We also assess expected future product performance through quality and reliability testing, and actual field operating information. In 2025, we accrued warranty provisions of $70.1 million. As of December 31, 2025, our accrued warranty liability was $138.4 million. 65 Table of Contents