Bloom Energy Corp

Bloom Energy Corporation is a global leader in onsite power generation, delivering a foundational platform purpose-built for the digital era and the global energy transition. The company manufactures a versatile fuel cell energy platform, supporting the commercial availability of two main products: the Bloom Energy Server fuel cell system for generating electricity and the Bloom Electrolyzer for producing hydrogen. The industry is characterized by rapidly evolving energy and technology environments, with key macro trends including increasing demand for power driven by data centers and artificial intelligence, policy support for AI leadership and energy security, grid constraints and permitting delays extending time to power, a shift toward onsite power generation, limitations among traditional OEMs extending delivery timelines, and utility load growth and capacity constraints creating affordability pressures. Bloom Energy operates within this landscape, serving Fortune 500 companies across data center, semiconductor manufacturing, AI infrastructure, utility, and other industrial sectors.

Bloom Energy competes primarily against alternative sources of electricity generation which provide firm, always-on power, including power provided by centralized utility grids, gas reciprocating engines, small gas turbines, combined cycle plants, intermittent solar power paired with storage, intermittent wind power paired with storage, advanced small modular nuclear reactors, traditional co-generation systems, traditional backup equipment, and other commercially available fuel cells. The company's competitive advantages include its proprietary high-temperature solid-oxide fuel cell technology, which achieves lower emissions and higher efficiency than legacy systems, rapid time to power versus traditional OEMs and grid upgrades, high reliability and resilience, modularity and scalability, and capabilities aligned with AI infrastructure requirements such as load-following. Bloom Energy has its Energy Server systems deployed across approximately 1,100 sites in 9 countries. During the year ended December 31, 2025, revenue from three customers, the first of which is a related party, accounted for approximately 43%, 13% and 12% of total revenue.

Bloom Energy generates revenue primarily from product sales of its Energy Server systems, with additional recurring revenue from long-term operations and maintenance agreements that support availability and performance over the contract life. The company also generates revenue from installation services and electricity sales. The mix of revenue streams includes product, installation, service, and electricity revenue. Customers may purchase Energy Server systems directly or access them through third-party financing arrangements including Power Purchase Agreements, Capacity Agreements, and Lease Agreements. The company sells through a combination of direct and indirect sales channels, with most U.S. sales through its direct sales force segmented by vertical and account type.

Bloom Energy's primary product is the Bloom Energy Server, a proprietary high-temperature solid-oxide fuel cell technology that converts fuels including natural gas, biogas, and hydrogen into electricity at high density without combustion or moving parts. The Energy Server platform capabilities include solid-state power generation, native direct current power, inherent efficiency, clean and sustainable operation, scalable and modular fault-tolerant design, resilience, reliability, time to power, AI workload compatibility, inverter-based architecture, and future-proofing for energy transition. The Bloom Electrolyzer is designed to produce scalable and cost-effective hydrogen using the same solid oxide platform as the Energy Server system, efficiently using electricity to split water into hydrogen and oxygen. The Bloom Electrolyzer can be paired with a variety of clean energy inputs including renewable or nuclear feedstocks and can be sited flexibly to deliver hydrogen to end users such as industrial, transportation, and power sector applications. The Energy Server system can be utilized in applications including primary power generation, microgrids, combined heat and power, carbon capture utilization and storage, and waste to energy. For the year ended December 31, 2025, product revenue was $1,531,281 thousand ¹, installation revenue was $204,068 thousand ², service revenue was $228,295 thousand ³, and electricity revenue was $60,350 thousand ⁴.

In August 2025, Bloom Energy entered into a strategic partnership with Brookfield Asset Management to support the long-term growth of its fuel cell business and accelerate deployment of clean energy solutions with a focus on powering AI infrastructure. As part of this partnership, the company established a prospective financing framework of up to $5.0 billion over five years for future Bloom Energy fuel cell projects that meet agreed investment and contractual criteria ⁵. In October 2025, in connection with a partnership with Oracle Corporation to provide on-site solid state power for AI data centers, Bloom Energy agreed to issue to Oracle a warrant to purchase up to an aggregate of 3,531,073 shares of its common stock, with an exercise price of $113.28 per share ⁶. On November 4, 2025, the company issued the 0% Convertible Senior Notes in an aggregate principal amount of $2,500.0 million due November 2030 ⁷. On December 19, 2025, the company entered into a senior secured multicurrency revolving credit facility in an aggregate available amount of $600.0 million, including a $90.0 million letter of credit sub-facility ⁸. During 2025, the company announced plans to double its Fremont facility's annual production capacity from approximately 1 GW to 2 GW by the end of 2026 ⁹.

For the fiscal year ended December 31, 2025, Bloom Energy reported total revenue of $2,023,994 thousand ¹⁰, compared to $1,473,856 thousand ¹¹ in the prior year, representing an increase of 37.3% ¹². Net loss attributable to common stockholders was $88,434 thousand ¹³, compared to a net loss of $29,227 thousand ¹⁴ in the prior year. Basic and diluted net loss per share was $0.37 ¹⁵, compared to $0.13 ¹⁶ in the prior year. Total gross profit was $587,400 thousand ¹⁷, compared to $404,648 thousand ¹⁸ in the prior year. Total gross margin was 29% ¹⁹, compared to 27% ²⁰ in the prior year. As of December 31, 2025, the company had unrestricted cash and cash equivalents of $2,454,108 thousand ²¹ and an accumulated deficit of $3,986,983 thousand ²².

A primary growth vector is the expansion into the AI data center market. The filing states that AI workloads require significant and continuously available power, and that Bloom Energy has seen a significant increase in demand for Bloom Energy Server systems to meet the power needs of AI data centers. The company participates across multiple channels of the data center ecosystem including hyperscalers, colocation operators, neocloud providers, developers, and infrastructure investors. The strategic partnership with Brookfield Asset Management established a prospective financing framework of up to $5.0 billion over five years for future Bloom Energy fuel cell projects, with a focus on powering AI infrastructure ²³. Additionally, the partnership with American Electric Power (AEP) under a landmark supply agreement announced in November 2024, under which AEP is expected to procure up to 1 GW of Bloom's solid oxide fuel cells to support high-demand commercial applications such as AI data centers, with an initial order of 100 MW and additional expansion phases expected in future years ²⁴.

Another growth vector is geographic expansion and international markets. South Korea is the company's second-largest market, where Bloom Energy has grown its footprint to nearly 682 MW of deployed systems, supported by distribution partnerships with SK ecoplant Co., Ltd. and SK eternix Co., Ltd. ²⁵. Beyond the U.S. and South Korea, the company is pursuing selective international expansion in markets where natural gas infrastructure, electricity market dynamics, and regulatory conditions create favorable environments for distributed generation, with activities in Europe and Asia continuing to grow from a smaller base. The market for the Bloom Electrolyzer is also expected to be largely driven by international demand in the future, with stronger policy support observed in international locations than in the U.S.

The filing discusses the margin and cost outlook in the context of the company's strategy to reduce manufacturing costs to expand markets. Management states that a multi-year trajectory of cost reductions has expanded the markets the company can serve and remains a central focus of its plan. The company is working with suppliers and partners along all steps of the value chain to reduce costs by improving manufacturing technologies and expanding economies of scale. The filing notes that increases in component and raw material costs, including those caused by tariffs and lack of available supply, could offset cost-cutting efforts. The company expects to continue to expand operations domestically and internationally, including by investing in manufacturing, sales and marketing, research and development, staffing, and infrastructure to support growth, and may continue to incur net losses in future periods.

The operational outlook includes plans to double factory capacity from 1 gigawatt to 2 gigawatts by the end of 2026 ²⁶. The company states that it has sufficient funds to accommodate the planned expansion for 2026. The Fremont facility can accommodate additional capacity expansion of up to approximately 5 gigawatts of annual production capacity run rate, with each additional incremental 1 gigawatt increase in capacity up to 5 gigawatts expected to require approximately six to nine months to install and capital expenditure of approximately $100 million to $150 million ²⁷. The company is systematically scaling its commercial organization, including hiring, training, and integrating top-tier professionals. As of December 31, 2025, the company had 2,214 full-time employees worldwide ²⁸, and during 2025, the workforce increased by 4% ²⁹.

The filing discusses capital allocation in the context of research and development spending, capital expenditure plans, and debt management. The company states it has invested and plans to continue to invest a significant amount in research and development. For capital expenditures, the company expects to continue making substantial capital investments over the next few quarters to expand production capacity at its Fremont, California manufacturing facility, intending to fund these capital expenditures from cash on hand as well as cash flow expected to be generated from operations. The company may also evaluate and arrange equipment lease financing to fund these capital expenditures. The company does not intend to pay cash dividends in the foreseeable future. In terms of share repurchases, the filing does not mention any share repurchase authorization. The company raised cash and supplemented liquidity by issuing the 0% Convertible Senior Notes in the fourth quarter of fiscal year 2025 for $2,500.0 million ³⁰ and entering into a $600.0 million revolving credit facility ³¹.

Headwinds and constraints explicitly flagged by management include the lengthy sales and installation cycle, which is typically 8 to 12 months but can vary considerably, and the significant upfront costs of products which may be a barrier for some customers. The company notes that its ability to deploy backlog is directly tied to its ability to secure project financing, which is often an unpredictable process. The filing also identifies supply chain constraints and trade tariff uncertainties as headwinds, noting that the company continues to see effects from global supply chain tightness due to factors such as trade tensions between the U.S. and China, tariffs, war and armed conflicts, and strain in relationships between the U.S. and Europe. The company states that the current administration has implemented new tariffs on all trade partners and is in the process of negotiating trade deals, and while for fiscal year 2025 the impact of tariffs on gross margin was not material, the situation is expected to remain volatile and subject to changing conditions.

Regulatory and policy headwinds are also identified. The filing notes that the investment tax credit for fuel cells under Section 48 of the Internal Revenue Code expired at the end of 2024, though the company entered into qualifying transactions that will allow certain customers to benefit from the ITC for projects placed into service by December 31, 2028. The OBBBA modified the IRA energy incentives, including restoring the 30% section 48E ITC for fuel cells for projects beginning construction after December 31, 2025, and before December 31, 2033, with the credit phasing out thereafter through December 31, 2035. The OBBBA also included restrictions on the availability of energy tax credits to U.S. taxpayers owned or controlled by certain countries of concern and limitations on material assistance by any such country of concern in the manufacturing of products benefitting from such tax credits. The filing also notes that some municipalities have banned or are considering banning new interconnections with gas utilities, while others have adopted bans that allow new interconnections for non-combustion resources.

Bloom Energy faces material risks related to its dependence on government incentives, as the business currently benefits from rebates, tax credits, and other financial programs, and changes to such benefits could cause revenue to decline and harm financial results. The U.S. federal investment tax credit for fuel cells under Section 48 expired at the end of 2024, and while the OBBBA restored a 30% ITC under Section 48E for projects beginning construction after December 31, 2025, the credit phases out after December 31, 2033, creating uncertainty. The company also relies on tax equity financing arrangements to realize the benefits provided by federal tax benefits and accelerated tax depreciation, and the number of and available capital from potential tax equity investors is limited. Additionally, the company faces significant competition from alternative sources of electricity generation, including gas reciprocating engines, small gas turbines, combined cycle plants, intermittent solar and wind power paired with storage, advanced small modular nuclear reactors, and other fuel cell technologies. The company has incurred significant losses in the past, with an accumulated deficit of $4.0 billion as of December 31, 2025 ³², and may not be profitable in future periods. The company's products involve a lengthy sales and installation cycle, typically 8 to 12 months, and failure to close sales on a regular and timely basis could harm the business. The company's ability to deploy its backlog is directly tied to its ability to secure project financing, which is often an unpredictable process, and the company relies on and needs to grow committed project financing capacity with existing partners or attract additional partners to support growth.

The overall tone of management's message is forward-looking and focused on positioning Bloom Energy to capitalize on structural shifts in global energy demand, particularly the rapid expansion of AI infrastructure, persistent limitations in grid capacity, reliability and affordability, and evolving government policy that prioritizes energy independence and U.S. competitiveness in the digital economy. Key themes include the company's strategy to scale its onsite power platform, advance its proprietary solid-state fuel cell technology, expand manufacturing capacity, strengthen operational and installation infrastructure, and accelerate technology development across new applications, performance, cost, and system scalability. Management emphasizes that the company's long-term objective is to establish its solid oxide fuel cell technology as the standard architecture for onsite power across data centers, advanced manufacturing, critical infrastructure, and other sectors globally. The filing contains forward-looking statements regarding plans and expectations for future financial results, including expectations regarding the ability to be successful in the AI data center market and new international markets, the rate of AI adoption and demand for data centers, the ability to innovate and develop new products, strategic partnerships with SK ecoplant and Brookfield Asset Management, competitive position in the energy market for on-site power, future deployment of Bloom Energy Server systems and Bloom Electrolyzers, ability to increase efficiency of products, ability to market products successfully in connection with the global energy transition, business strategy and plans, operating results, sufficiency of cash and cash flows from operating activities and liquidity, projected costs and cost reductions, ability to increase production capacity and achieve cost reductions, and ability to repay debt obligations as they come due.