AI Data Centers Could Push Fuel-Cell Spending to $30B as Bloom Energy Revenue Surges 138%

Key takeaways

• AI data centers could drive $30B fuel-cell spending
• Bloom Energy quarterly revenue jumps 138% to $1.24B
• Oracle contracts highlight growing demand for independent power

The artificial intelligence boom is creating an unexpected winner: companies that generate electricity directly beside data centers.

Fuel-cell spending by data-center operators could increase from $2.8 billion in 2025 to approximately $30 billion annually by 2030, according to Rystad Energy. The forecast comes as Bloom Energy reports a 138% revenue increase, demonstrating how AI's electricity shortage is becoming a major business opportunity.

Bloom's October 22 earnings release showed third-quarter revenue reaching $1.24 billion, up from $519 million a year earlier. The company also raised its 2026 revenue outlook to $4.4 billion–$4.6 billion.

Why AI Data Centers Are Turning to Fuel Cells

AI companies can secure Nvidia processors and construct server facilities, yet still wait years before receiving enough electricity to operate them.

U.S. grid connection delays now stretch between three and six years for large projects, according to Rystad Energy. That bottleneck has already affected major AI developments, including Microsoft's withdrawal from a British data-center arrangement.

Fuel cells offer an alternative by generating electricity through electrochemical reactions rather than conventional combustion.

Bloom's solid-oxide systems can operate on natural gas today and potentially transition to lower-carbon fuels, including hydrogen, as infrastructure develops.

Unlike the traditional grid, on-site generation can help developers bring computing capacity online without waiting for extensive transmission upgrades.

Coinpaper previously examined how electricity shortages can delay projects even when expensive computing hardware is ready.

Bloom Energy Revenue Surges as Oracle Expands Orders

Bloom is becoming one of the clearest financial beneficiaries of this shift.

The company reported $1.07 billion in quarterly product revenue, an increase of 179%, while operating income reached $225 million.

Its Oracle agreement supports up to 2.8 gigawatts of fuel-cell capacity, with 1.2 gigawatts contracted and deployment underway.

That commitment builds on Bloom's earlier AI-driven stock rally, when investors began treating electricity suppliers as essential participants in the technology industry's expansion.

The opportunity extends beyond Oracle. Bloom also has major arrangements involving Brookfield, while Rystad estimates the industry's visible fuel-cell order book at approximately nine gigawatts.

Can Fuel-Cell Manufacturers Keep Up With AI Demand?

The projected $30 billion market is not guaranteed.

Rystad expects annual fuel-cell manufacturing capacity to increase from approximately 1.8 gigawatts to four gigawatts by 2030, but critical-material shortages and manufacturing constraints could slow expansion.

Bloom's growth also requires substantial investment. Despite strong profits, the company reported approximately $27 million in negative operating cash flow during the quarter as working-capital requirements increased.

The spending challenge mirrors the wider AI infrastructure boom, where building capacity can consume cash long before customers generate returns.

Other companies are pursuing nuclear power, conventional gas generation and grid upgrades. Google's recent nuclear agreement shows that fuel cells face competition from alternative energy infrastructure.

Investors are also watching whether massive technology investments translate into sustainable demand, particularly as AI spending faces scrutiny.