FUELCELL ENERGY INC

FuelCell Energy operates in the clean energy technology industry as a stationary fuel cell manufacturer with 22 years of operating experience in this field ¹. The company manufactures and sells proprietary molten carbonate fuel cell systems that deliver large-scale, continuous clean power and advanced emissions management. The company targets three major market opportunities: distributed generation; carbon capture, utilization and sequestration; and distributed hydrogen. According to the International Energy Agency, global electricity demand from data centers is projected to more than double by 2030 to approximately 945 terawatt-hours ². The company markets its products primarily in the U.S. and Canada, the European Union and the United Kingdom, and priority Asian markets including South Korea, Singapore, Malaysia, and Thailand.

The company faces competition from a broad array of technologies including the electric grid, wind turbines, solar arrays, linear generators, hydro facilities, and a range of hydrogen and fuel cell offerings from both incumbent and emerging competitors. In the distributed generation marketplace, alternatives such as micro-turbines, turbines, and reciprocating gas engines also compete for customer adoption. The company believes its carbonate fuel cell technology differentiates through continuous, firm baseload power; environmental performance with negligible NOx, SOx, and particulate matter; efficiency vs. gas turbines and engines achieving up to 50% initial electrical efficiency (47% average) ³; and technology leadership compared to solid oxide and PEM fuel cells. The company is the only domestic company engaged in manufacturing and deployment of stationary carbonate fuel cells in the U.S.

The company's business model is based on multiple revenue streams targeting both recurring revenue and non-recurring revenue. Recurring revenue is delivered through electricity, capacity, and renewable energy credit sales under power purchase agreements and tariffs for projects retained in the generation portfolio, as well as service revenue through long-term service agreements. Non-recurring revenue is generated through product and component sales, as well as from public and private industry research contracts related to the development of Advanced Technologies. The company is a complete solutions provider controlling the design, development, sale, manufacturing, installation, operation, and maintenance of its patented fuel cell technology under long-term power purchase and service agreements. Customers can purchase fuel cell systems directly or through intermediaries, and the company may retain project ownership to capture the full benefit of long-term cash flows by selling power and other attributes under PPAs.

The company's primary revenue streams consist of Product, Service, Generation, and Advanced Technologies. Product revenues include the sale of completed project assets, sale and installation of fuel cell power platforms including site engineering and construction services, and the sale of modules, BOP components and spare parts to customers. Service revenues include performance under long-term service agreements for power platforms owned by third parties. Generation revenues include the sale of electricity under PPAs and utility tariffs from project assets retained by the company, including revenue from the sale of heat, steam, capacity and renewable energy credits. Advanced Technologies revenues include revenue from customer-sponsored and government-sponsored Advanced Technologies projects. The company's carbonate fuel cell platform is the cornerstone of its product portfolio, with products sold in modular 1.25 MW power blocks that can be scaled to meet hundreds of megawatts of demand ⁴. The company's commercially available Tri-gen system, based on the core carbonate fuel cell platform, delivers three value streams from a single system: power, hydrogen, and water.

The company's carbonate fuel cell platform has three distinguishing design features: high temperature operation at about 1000°F ⁵ improving efficiency and enabling combined heat and power with waste heat recovered at around 725°F ⁶; large-scale design optimizing scalability with 1.25 MW power blocks ⁷; and carbon capture capability for use or sequestration. The fuel cell system can achieve electrical efficiency of 50% ⁸ (25% better than gas turbines), and when configured for CHP, total system efficiency can exceed 80% ⁹. The company's solid oxide electrolysis platform, which is under development, is designed to address cost, scale, and efficiency gaps, consuming less energy per kilogram of hydrogen produced compared to PEM and alkaline systems, with efficiency of up to 34 kWh/kg at the stack level and up to 40–45 kWh/kg at the system level ¹⁰. Hydrogen purity exceeds 99.85% ¹¹. As of October 31, 2025, the company had 152 U.S. patents and 319 patents in other jurisdictions covering its fuel cell technology ¹², and 29 patent applications pending in the U.S. and 79 patent applications pending in other jurisdictions ¹³. As of October 31, 2025, subsidiary Versa Power Systems, Ltd. had 19 U.S. patents and 63 international patents covering solid oxide fuel cell technology ¹⁴, and 13 pending U.S. patent applications and 24 patent applications pending in other jurisdictions ¹⁵.

In November 2024 and June 2025, the company announced global restructuring of its operations aimed to reduce operating costs, realign resources toward advancing core carbonate technologies, and protect the competitive position amid slower-than-expected market investments in clean energy. The November 2024 restructuring included a reduction in workforce of approximately 13% or 75 employees ¹⁶. The June 2025 restructuring included a workforce reduction of 122 employees, or approximately 22% of the workforce ¹⁷. The restructuring plans included reduced spending on product development, overhead and other costs, recalibration of the Torrington manufacturing facility production schedule to align with contracted demand, the deferral of certain compensation and benefit obligations, the cessation of the majority of development efforts with respect to solid oxide technology, and other targeted cost-saving measures. On November 26, 2025, the company closed on its second project debt financing transaction with the Export-Import Bank of the United States resulting in gross proceeds of approximately $25.0 million ¹⁸, with net proceeds of approximately $23.1 million ¹⁹ after deducting customary fees and transaction costs. Interest accrues at a fixed interest rate of 5.29% ²⁰, and the note is repayable in monthly installments over 7 years ²¹. During fiscal year 2025, approximately 25.6 million shares of common stock were sold under the Sales Agreement at an average sale price of $7.44 per share ²², resulting in gross proceeds of approximately $190.4 million ²³ and net proceeds of approximately $185.7 million ²⁴.

Total revenues for fiscal year 2025 increased $46.0 million, or 41%, to $158.2 million from $112.1 million for fiscal year 2024 ²⁵. Total costs of revenues increased by $36.5 million, or 25%, to $184.6 million from $148.1 million ²⁶. The company's gross margin was (16.7)% in fiscal year 2025, compared to (32.0)% in fiscal year 2024 ²⁷. Net loss attributable to common stockholders was $191.1 million for fiscal year 2025 compared to $129.2 million for fiscal year 2024 ²⁸. Loss per common share was $7.42 for fiscal year 2025 compared to $7.83 for fiscal year 2024 ²⁹. As of October 31, 2025, unrestricted cash and cash equivalents totaled $278.1 million compared to $148.1 million as of October 31, 2024 ³⁰. Total backlog increased by approximately 2.6% to $1.19 billion as of October 31, 2025, compared to $1.16 billion as of October 31, 2024 ³¹.

The company is focusing on its core carbonate platform as a primary growth vector, capitalizing on its 22-year track record of delivering baseload power with the goal of meeting large scale data center opportunities and continuing to fulfill industrial opportunities. The company believes there is a large and expanding market for its commercially available molten carbonate-based platform, supported by strong policy tailwinds in the U.S. and abroad. The recently adopted One Big Beautiful Bill Act reinstated the 30% Investment Tax Credit for fuel cells through at least 2032 ³² and provided for the continuation and expansion of Section 45Q for carbon capture and utilization at $85/ton for utilization and capture ³³. The company is leveraging the policy benefits provided by the OBBBA to make product offerings more attractive to potential customers. The company is also targeting the data center market, noting that its modular products are 1.25 MW power blocks that can be scaled to meet hundreds of megawatts of demand ³⁴, with a power density of up to 33 MW per acre ³⁵, and the ability to rapidly deploy modular, high-density fuel cell systems enabling data centers to bring multi-megawatt capacity online in months compared to 3–7 years for traditional utility or gas turbine solutions ³⁶.

The company is pursuing growth through its carbon capture technology, with a pilot project expected to be completed and commissioned in calendar year 2026 at Esso Nederland B.V.'s Rotterdam refinery ³⁷. The company received a purchase order valued at $11.6 million from Esso for fuel cell modules and services for the carbon capture pilot plant ³⁸. The company is also focusing on its solid oxide electrolysis platform for distributed hydrogen, with a demonstration unit shipped to and arrived at Idaho National Laboratory in January 2025 ³⁹, fully installed and currently being tested. The company expects this solid oxide electrolysis platform will demonstrate its capabilities in the hydrogen generation market and is seeking partners to advance the commercialization and deployment of this technology. The company is collaborating with Malaysia Marine and Heavy Engineering Holdings Berhad to support a contract for a Detailed Feasibility Study of a low-carbon fuel production facility in Malaysia. In South Korea, the Clean Hydrogen Portfolio Standard program provides long-term purchase contracts up to 15 years ⁴⁰ for hydrogen-based power generation, with a strategic goal of increasing hydrogen/ammonia-based electricity share to 2.1% by 2030 and 7.1% by 2036 ⁴¹.

The company's cost reduction strategy for manufacturing is based on the assumption that increases in production will result in economies of scale, and relies on advancements in manufacturing process, global competitive sourcing, engineering design, reducing the cost of capital and technology improvements including stack life and projected power output. The company operated at an annualized production rate of approximately 31.5 MW for fiscal year 2025, which is an increase from the annualized production rate of 27.7 MW for fiscal year 2024 ⁴². The company's gross margin improved to (16.7)% in fiscal year 2025 from (32.0)% in fiscal year 2024 ⁴³. The company expects to continue to focus its strategy to respond to market conditions, which may result in additional spending and headcount reductions in future periods. The company's restructuring plans included reduced spending on product development, overhead and other costs, and the recalibration of the Torrington manufacturing facility production schedule to align with contracted demand, rather than forecasted demand, which, without continued growth in its closed order book, would result in a decrease in its annualized production rate.

As of October 31, 2025, the Torrington facility was operating at a 41 MW per year annualized production rate on a single production shift ⁴⁴. Maximum annualized capacity under the Torrington facility's current configuration when fully utilized is 100 MW per year ⁴⁵. The company believes the Torrington facility could accommodate an estimated annualized production capacity of up to 350 MW per year with additional capital investments ⁴⁶. The company has a manufacturing and service facility in Taufkirchen, Germany with capability to perform final module assembly for up to 20 MW per year of carbonate sub-megawatt fuel cell power systems ⁴⁷. As a result of restructuring plans, the company has deferred the capital spending required to complete the Calgary expansion and does not currently expect to complete this project. The company continues to invest in manufacturing capability with the goal of reducing production bottlenecks and driving productivity, including investments in automation, laser welding, and the construction of additional integrated conditioning capacity. As of October 31, 2025, the company had 424 full-time employees ⁴⁸, of which 381 were located in the United States ⁴⁹, 25 were located in Canada ⁵⁰, 7 were located in Germany ⁵¹, and 11 were located in South Korea ⁵².

Company-funded research and development expenses are expected to be in the range between $35.0 million and $40.0 million for fiscal year 2026 ⁵³. Expenditures for property, plant and equipment are expected to range between $20.0 million and $30.0 million for fiscal year 2026 ⁵⁴. During fiscal year 2025, cash payments for capital expenditures totaled approximately $18.6 million ⁵⁵. The company is increasing carbonate manufacturing capacity for certain processes in its Torrington facility to prepare for expected demand from the growing data center market. The company has a universal shelf Registration Statement on Form S-3 that was declared effective by the SEC on May 8, 2025, under which the company may offer and sell from time to time in one or more offerings up to $200.0 million in the aggregate of securities ⁵⁶. As of October 31, 2025, the company had pledged approximately $63.7 million of its cash and cash equivalents as collateral for performance security and for letters of credit ⁵⁷. The company does not anticipate paying any cash dividends on its common stock in the foreseeable future.

The company faces structural headwinds including slower-than-expected market investments in clean energy, which prompted the restructuring actions in November 2024 and June 2025. The company's development timeline for bringing its solid oxide electrolysis technology to market has shifted as a result of delays in adoption of clean energy technologies generally and implementation of recent global restructuring actions, which have re-focused the business on core carbonate technologies. The commercialization of carbon capture technology will be paced by the timing of the completion, commissioning and successful demonstration of the carbon capture and sequestration pilot project at the Port of Rotterdam, by the company's ability to negotiate and execute a definitive commercial agreement with EMTEC or another ExxonMobil affiliate, and by market adoption of this technology. The company faces risks from rising interest rates which may increase the cost of capital and result in lower cash flows after debt service from the generation operating portfolio. The company also faces risks from changes in tax policy, as tax equity investors derive a significant portion of their economic returns through tax benefits such as the ITC and Modified Accelerated Cost Recovery System or bonus depreciation.

The company identified several constraints including that utility companies may resist adoption of distributed generation and could impose customer fees or interconnection requirements that could make products less desirable. The company depends on third party suppliers for the development and timely supply of key raw materials and components, with a limited number of suppliers for some key components and a qualification process that takes four to twelve months ⁵⁸. The company faces risks from volatility in the cost and availability of energy, which is subject to global supply and demand and other factors beyond its control. The company also faces risks from the competitive bidding process involving substantial costs and risks, with project awards requiring certain conditions or contingencies such as permitting, interconnection, financing or regulatory approval to be satisfied, some of which are outside of the company's control. The company's business currently benefits from the availability of rebates, tax credits and other financial programs and incentives, and changes to such benefits could cause revenue to decline.

The company has incurred losses and anticipates continued losses and negative cash flows, having not been profitable since the year ended October 31, 1997 ⁵⁹. The company has debt and finance obligations outstanding totaling $122.9 million ($119.6 million net of deferred finance costs) as of October 31, 2025 ⁶⁰, and may incur additional debt. The company relies on project financing for its generation operating portfolio, and rising interest rates may increase the cost of capital and result in lower cash flows after debt service. Project assets, property, plant and equipment, goodwill, indefinite-lived intangible assets and inventory impairment charges totaled approximately $65.8 million for fiscal year 2025 ⁶¹. The company's cost reduction strategy for manufacturing may not succeed or may be significantly delayed, which may result in inability to deliver improved margins. The company's workforce reduction of approximately 22% or 122 employees in June 2025 ⁶² may cause unintended consequences including loss of institutional knowledge and technical expertise. The company will need to raise additional capital, and such capital may not be available on acceptable terms, if at all; if the company does raise additional capital utilizing equity, existing stockholders will suffer dilution.

Management's message emphasizes the company's position as a clean energy technology company and stationary fuel cell manufacturer with 22 years of operating experience ⁶³, founded in 1969 and headquartered in Danbury, Connecticut. Management highlights that the company has proven utility-scale projects operating at 10 MW, 20 MW, and 58.8 MW, each with more than seven years of continuous run time ⁶⁴. The strategic priorities are organized under three pillars: Focus, Scale, and Innovate. Focus involves capitalizing on the 22-year track record of delivering baseload power with the goal of meeting large scale data center opportunities, driving differentiated product and cost improvements with respect to the core carbonate platform, and expanding use of the core carbonate platform in global markets. Scale involves making targeted investments in production capacity expansion to support expected demand, leveraging the policy benefits provided by the OBBBA which includes a 30% Investment Tax Credit for fuel cell projects expected to be available through at least 2032 ⁶⁵ and a credit of $85 per ton for carbon recovery and carbon capture ⁶⁶, and partnering with best-in-class companies to integrate solutions into emerging data center distributed generation solutions. Innovate involves leveraging the flexibility of the core carbonate platform to address diverse data center needs, utilizing carbon capture product innovations currently under development to meet expected market demand, and deepening and expanding blue-chip partnerships to accelerate technology commercialization and large-scale deployment. Management states the belief that the company has sufficient liquidity to fund its business operations for the next 12 months ⁶⁷.