---
title: "Oracle Ignites SOFC Industry: 2.8GW Mega Order Lands, Super 'Must-Have' for AI Data Centers to Generate Their Own Power"
type: "News"
locale: "en"
url: "https://longbridge.com/en/news/283010996.md"
description: "Oracle and Bloom Energy have signed a framework agreement for up to 2.8GW of SOFC capacity, marking the commercial tipping point for the SOFC industry. This is the largest single order in SOFC history, driving the demand for on-site power generation from concept to large-scale implementation. Bloom Energy delivered its first power systems within 55 days, significantly faster than traditional grid expansion or gas turbine construction timelines. The global SOFC market is expected to grow rapidly, reaching a value of $34.65 billion by 2034, with data centers serving as the primary growth engine"
datetime: "2026-04-16T13:32:22.000Z"
locales:
  - [zh-CN](https://longbridge.com/zh-CN/news/283010996.md)
  - [en](https://longbridge.com/en/news/283010996.md)
  - [zh-HK](https://longbridge.com/zh-HK/news/283010996.md)
---

# Oracle Ignites SOFC Industry: 2.8GW Mega Order Lands, Super 'Must-Have' for AI Data Centers to Generate Their Own Power

The framework agreement signed between Oracle and Bloom Energy (BE) for up to 2.8GW marks the arrival of the "commercial tipping point" for the SOFC industry. This is not merely an order, but an industrial declaration that "computing sovereignty is energy sovereignty."

SOFC (Solid Oxide Fuel Cell) is accelerating its transition from a "backup option" to a "must-have solution" for AI data centers. This represents the largest single order in SOFC industry history, signaling that the core contradiction of AI data centers having chips but no power is driving the demand for on-site generation from concept to large-scale implementation. Bloom Energy completed the delivery of Oracle's first power systems in just 55 days, whereas traditional grid expansion takes 5-7 years and gas turbine construction takes 2-3 years—SOFC is reshaping the logic of building data center energy infrastructure with a "dimensionality reduction strike" delivery speed.

## I. What Happened? Mega Order Lands

SOFC (Solid Oxide Fuel Cell) is accelerating its transition from a "backup option" to a "must-have solution" for AI data centers. On April 13, 2026, Bloom Energy and Oracle signed a fuel cell system supply agreement worth up to 2.8GW, with the first 1.2GW already signed and deployment initiated. This is the largest single order in SOFC industry history, signaling that the core contradiction of AI data centers having chips but no power is driving the demand for on-site generation from concept to large-scale implementation. Bloom Energy completed the delivery of Oracle's first power systems in just 55 days, whereas traditional grid expansion takes 5-7 years and gas turbine construction takes 2-3 years—SOFC is reshaping the logic of building data center energy infrastructure with a "dimensionality reduction strike" delivery speed.

The global SOFC market is on an exponential growth trajectory. According to Fortune Business Insights data, the global SOFC market value was $3.78 billion in 2025, expected to reach $5.05 billion in 2026, and surge to $34.65 billion by 2034, with a CAGR of 32.44% during the forecast period. Data centers are becoming the core growth engine for SOFC—survey data shows that hyperscale data centers are expected to use 100% self-supplied power by 2030, a 22% increase compared to mid-2025 forecasts.

Bloom Energy holds an absolute oligopoly position with a global market share of 75%-80%. The Chinese supply chain is deeply embedded in Bloom's global supply chain: Sanhuan Group supplies over 80% of its electrolyte separator plates, with each GW order corresponding to a plate value of approximately 1.5 billion yuan; Chunhui Intelligent Control's subsidiary, Chunhui Instrument, provides over 70% of BE's temperature sensor procurement. A new production line for 500,000 SOFC-specific sensors, scheduled for Q2 2026, is now operational and can meet 60% of BE's global demand increase. Domestically, SOC bidding projects in the first half of 2025 surged 167% year-on-year, with a single project by China General Nuclear Research Institute reaching 1.1MW, where SOFC accounts for nearly 70%. SOFC has been included in the national "Green Technology Promotion Catalog (2024 Edition)," indicating that the inflection point for accelerating the industry from 0 to 1 has arrived.

The "power shortage" in North American data centers has evolved from market rumors into a quantifiable systemic risk. According to Bloom Energy survey data, hyperscale data centers and colocation service providers expect that about one-third of data centers will use 100% self-supplied power by 2030, a 22% increase compared to mid-2025 report forecasts. Respondent developers believe that by 2030, self-supply will become the primary solution for shortening development cycles and reducing costs.

AIDC is driving continued growth in North American electricity demand; meanwhile, constrained by the accelerated retirement of existing generating units, insufficient cross-regional transmission capacity of the grid, and slow approval processes for new projects connected to the grid, expanding the North American public grid is proving difficult. The widening gap between supply and demand has spurred an urgent need for data centers to build their own power plants, pushing power solutions toward diversified alternative paths. Natalie Sunderland, Chief Marketing Officer at Bloom Energy, stated: "Data center and AI factory developers cannot afford delays. They are migrating to regions with power advantages to secure power capacity faster and are increasingly designing campuses to operate independently of the grid."

Aman Joshi, Chief Commercial Officer at Bloom Energy, pointed out that Bloom's systems are designed to more efficiently support high-density AI workloads, with its technology platform adapted for emerging standards such as 800V DC. Mahesh Thiagarajan, Executive Vice President of Oracle Cloud Infrastructure, stated: "By rapidly deploying Bloom's reliable and efficient fuel cell energy, we are quickly meeting customer needs across the United States." Notably, Oracle also locked in the purchase rights for approximately 3.5 million shares of Bloom Energy via warrants, achieving deep capital-level binding to ensure that the large-scale AI clusters built for core customers like OpenAI and xAI receive continuous and stable energy supply.

## II. Why It Matters? SOFC Becomes a "Must-Have" for AI Data Centers

Solid Oxide Fuel Cells (SOFC) are all-solid-state energy conversion devices. In high-temperature environments of 600-1000°C, oxygen molecules gain electrons at the cathode to become oxygen ions, which undergo electrochemical reactions with continuously supplied fuel (natural gas or hydrogen) to directly output current without combustion or mechanical work.

The core advantages of SOFC are reflected in the following dimensions:

① Ultra-high power generation efficiency: SOFC electrical efficiency can exceed 60%, and system total efficiency can surpass 85% when utilizing waste heat, far exceeding traditional gas turbines (~35-40%).

② Strong fuel adaptability: Can directly use various fuels such as hydrogen, natural gas, biomass gas, methanol, and ammonia without frequent modifications.

③ Extremely short delivery cycle: Megawatt-level system deployment completed in 55 days, compared to 5-7 years for grid expansion and 2-3 years for gas turbines, achieving a "dimensionality reduction strike."

④ Low carbon emissions: Carbon emissions can be reduced by over 85% compared to fossil fuel power generation.

⑤ No moving mechanical parts: Low noise and high reliability, fitting the strict requirements of data centers for silence and stability.

Leveraging advantages such as high energy conversion efficiency, rapid deployment, and low-carbon potential, SOFC highly matches the power consumption characteristics of data centers. With the dense construction of data centers in the US coinciding with power shortages, Bloom Energy, as the industry's core leader, is expected to see orders exceeding expectations in the future.

In financial reports meetings in April 2026, Oracle CEO Safra Catz repeatedly emphasized that power, rather than chips, has become the top bottleneck limiting the expansion of Oracle Cloud Infrastructure. The queue time for a large data center waiting to connect to the grid often lasts 5 to 7 years.

This dilemma is driving a model revolution for North American data centers from "relying on the grid" to "on-site power generation." Bloom Energy's system deployment speed is several times faster than traditional power solutions, helping customers accelerate power supply and reduce project risks.

Current SOFC Levelized Cost of Electricity (LCOE) is approximately 0.59 yuan/kWh. With scale-driven cost reductions, efficiency improvements, and extended lifespans, it can drop to 0.34 yuan/kWh in the medium term, achieving competitiveness comparable to Combined Cycle Gas Turbines (CCGT). The long-term U.S. Department of Energy target is a system cost of $900/kW. Coupled with AIDC DC architecture and waste heat recovery, overall system efficiency can reach 90%, further expanding cost advantages. The U.S. 30% Investment Tax Credit (ITC) policy is extended until 2032, providing long-term economic support for the industry.

From a regional distribution perspective, the North American market holds the highest share (approximately 35%), while the Asia-Pacific region has the fastest growth rate. The U.S. has achieved large-scale commercialization of SOFC, with Bloom Energy as the leading enterprise having sufficient orders; Japan focuses on the commercialization of SOFC-MGT combined power generation systems; South Korea is accelerating its layout under strategic cooperation with Bloom. China is in an accelerated catch-up phase, with SOFC accounting for nearly 70% of SOC bidding projects in 2024.

## III. What to Watch Next? Key Upstream and Downstream Links

The SOFC industry chain covers three core links: upstream materials, midstream stacks and auxiliary equipment, and downstream applications:

Upstream Materials: Mainly includes electrolyte materials (YSZ, ScSZ, etc.), interconnector materials (high-chromium alloys), electrode materials, etc. Metal interconnectors account for about 70% of SOFC weight, mainly made of chromium alloys; 1GW of SOFC requires 8,200 tons of metallic chromium. As the industry develops, the supply-demand gap for chromate salts is expected to reach 32%-34% by 2028.

Midstream Stacks and BOP: Includes stack assembly, thermal management systems, fuel processing systems, and power regulation systems. BOP systems account for 40-50% of system costs.

Downstream Applications: AI data centers (current largest increment), stationary power generation/cogeneration, hydrogen-electric coupling/energy storage, industrial applications, etc.

The SOFC industry is undergoing a historic leap from "technology verification" to "large-scale application," which we divide into three stages:

Stage One (2024-2025): Demonstration Verification and Order Ramp-up Period. North America achieves large-scale commercialization led by Bloom Energy; Oracle's 2.8GW order confirms SOFC's must-have status in AI data centers. Domestic SOC bidding volumes explode, with SOFC accounting for nearly 70%. Bloom's annual capacity expands from 1GW to 2GW.

Stage Two (2026-2028): Global Expansion and Supply Chain Maturity Period (Current Stage). Bloom Energy doubles capacity to 2GW, and the penetration rate of on-site power generation in North American AI data centers rises rapidly. China's SOFC supply chain benefits deeply from Bloom's supply chain ramp-up, while domestic demonstration projects advance from kilowatt to megawatt levels. Upstream materials (chromate salts, electrolytes) and midstream components (sensors, thermal management) enter the performance realization phase. We are currently in the core acceleration phase of this stage.

Stage Three (Post-2028): Cost Reduction and Application Diversification Maturity Period. With mass production and technological maturity, SOFC LCOE drops to parity with CCGT, achieving large-scale application in scenarios such as industrial distributed power generation, hydrogen-electric coupling, and long-duration energy storage.

Core Conclusions:

Conclusion One: Oracle's 2.8GW SOFC mega-order is a historic turning point for the industry; AI data center "on-site power generation" is upgrading from a backup option to a must-have solution. Bloom Energy can complete megawatt-level deployment in just 55 days, whereas traditional grid expansion takes 5-7 years—SOFC is reshaping the logic of building North American data center energy infrastructure with extremely short delivery cycles.

Conclusion Two: Bloom Energy's global leadership position is solid (market share 75-80%); capacity will double to 2GW by the end of 2026, and its expansion plan directly drives order volume for core Chinese supply chain targets. Core suppliers such as Sanhuan Group (80% share of separator plates) and Chunhui Intelligent Control (70% share of temperature sensors) benefit with the strongest certainty, with clear value per GW visible.

Conclusion Three: China's SOFC industry is in an accelerated window transitioning from "demonstration verification" to "industrialization." Domestic SOC bidding volumes in H1 2025 surged 167% year-on-year, with SOFC accounting for nearly 70%; the CGN 1.1MW project marks the landing of megawatt-level demonstrations. Policy-wise, SOFC has been included in the national Green Technology Promotion Catalog, and with catalysis from the "15th Five-Year Plan" hydrogen industry policies, there is vast space for domestic substitution.

Conclusion Four: The upstream material segment benefits first; chromate salts, electrolytes, and separator plates are the most elastic sub-sectors. Metal interconnectors account for 70% of SOFC weight; the supply-demand gap for chromate salts will reach 32-34% by 2028, allowing global chromate salt leaders to fully benefit.

Risk Disclosure and Disclaimer

There are risks in the market; investment requires caution. This article does not constitute personal investment advice and is not tailored to the specific investment objectives, financial situations, or needs of individual users. Users should consider whether any opinions, views, or conclusions herein are suitable for their specific circumstances. Investment based on this content is at the user's own risk.

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