VoltScope 電馳誌
Charging
Energy

AI Demand Surge Propels Fuel Cell Market to $300 Billion by 2030; Taiwan’s Supply Chain Poised for Opportunities

Energy consultancy forecasts the global data center fuel cell market will grow to $300 billion by 2030. Bloom Energy and other players are accelerating production expansions, with Taiwan-based suppliers such as Kao Li and Porex set to benefit. Solid Oxide Fuel Cells, prized for efficiency and off-grid capabilities, are emerging as the preferred power solution for AI data centers.

Editorial Team8/31/2026Updated 8/31/2026

AI Power Demand Surges, Fuel Cell Market to Grow Tenfold Within Five Years

The global data center fuel cell market is experiencing explosive growth. Energy consultancy Rystad Energy projects the market will expand from $28 billion in 2025 to $300 billion by 2030, nearly a tenfold increase. This growth is primarily driven by surging AI computing demand, with fuel cell provider Bloom Energy reporting order visibility extending to 2028.

Dr. Lynn Lao, CEO of Bloom Energy, stated that power demand from AI data centers is growing at an unprecedented pace, outstripping the development speed of traditional power grids. Solid Oxide Fuel Cell (SOFC) technology, which directly converts natural gas into electricity, offers significantly higher efficiency than conventional gas turbines and can operate independently of the grid. This makes it an ideal power solution for data centers. Major technology companies are already evaluating the adoption of this technology to ensure stable power supply.

Geopolitical Risks Accelerate Energy Transition

Recent tensions in the Middle East, including a temporary shutdown of Qatar’s liquefied natural gas facilities, caused European natural gas prices to surge by over 50% in a single day. Dr. Lao highlighted that such energy supply risks underscore the importance of high-efficiency power generation technologies. SOFC technology not only improves energy efficiency but also reduces dependence on single energy sources, aligning with corporate demands for energy security.

Bloom Energy has deployed multiple “islanded power” projects in the United States and other regions, installing fuel cell systems directly at customer sites to eliminate reliance on public grids. This model is particularly suitable for areas with insufficient grid infrastructure or unstable power supply and is expected to become a mainstream power solution for future data centers.

Major Collaborations Drive Industry Growth

Bloom Energy signed a 2.8 GW fuel cell supply framework agreement with Oracle this year, including a 2.5 GW deployment for the “Project Jupiter” initiative. Cloud service provider Nebius also plans to adopt 328 MW of fuel cells, signaling a shift from grid dependence to self-sufficient power generation for AI data centers.

To meet rapidly growing demand, Bloom Energy is increasing its annual production capacity from approximately 1 GW to 2 GW, with completion targeted by the end of 2026. The company also plans to expand capacity to 5 GW in the future. Dr. Lao noted that while South Korea was previously Bloom Energy’s primary market in the Asia-Pacific region, the concentration of AI server, rack, and electronic component supply chains in Taiwan has led the company to prioritize Taiwan as a key development market.

Taiwan’s Supply Chain Seizes New Opportunities

Taiwan is not only a critical hub for the global AI hardware supply chain but also a vital base for Bloom Energy’s supply chain. Partners include Kao Li, Porex, Hong Chih, and AcBel, all of which stand to benefit from the growing demand for fuel cells. Dr. Lao emphasized that Taiwan’s strengths in electronic component manufacturing will facilitate the localization and application of fuel cell technology.

Rystad Energy forecasts that fuel cell adoption in data centers will continue to expand, particularly in regions where grid development cannot keep pace with demand. Distributed power generation is poised to become the mainstream solution. With technological advancements and capacity expansion, fuel cells are expected to become standard equipment for AI data centers in the coming years, injecting new momentum into the global energy transition.

Previous

Walmart’s U.S. EV Fast-Charging Network Hits 100-Store Milestone with 400kW High-Power Deployment

Next

Hanyang University Study Reveals Manganese Oxidation Defects Accelerate Degradation in High-Nickel Batteries

0
0

Log in to comment and like articles.

LoginRegister

Comments

No public comments yet.

Back to articles