In a move that underscores the convergence of artificial intelligence and clean energy, Brookfield Asset Management and Bloom Energy have announced a $5 billion strategic partnership to deploy Bloom’s solid oxide fuel cell technology across Brookfield’s expanding portfolio of AI data centers worldwide. The collaboration is designed to deliver reliable, low-carbon, and rapidly deployable onsite power to support the surging energy demand from artificial intelligence infrastructure, a sector now seen as one of the defining industrial trends of the decade.

Reimagining the Energy Backbone of AI

The partnership marks Brookfield’s first major investment under its recently unveiled AI Infrastructure strategy, which the company described in a shareholder letter as uniting three global megatrends, Digitalization, Decarbonization, and Deglobalization. Under the agreement, Brookfield will invest up to $5 billion in deploying Bloom’s advanced solid oxide fuel cell systems at AI data centers across North America, Europe, and Asia. The companies said their first European site would be announced later this year, with additional projects already in development. The initiative aims to redefine how data centers particularly those supporting AI training and inference, source their energy. Instead of relying on overburdened legacy grids, these new “AI factories” will draw power directly from behind-the-meter fuel cell systems, offering both resilience and scalability.

“AI infrastructure must be built like a factory with purpose, speed, and scale,” said KR Sridhar, Founder, Chairman, and CEO of Bloom Energy. “AI factories require massive power, rapid deployment, and real-time responsiveness that legacy grids cannot support. Our collaboration with Brookfield reimagines how data centers can operate efficiently and sustainably from day one.”

Fuel Cells: Clean Power for the AI Revolution

Founded in 2001 and headquartered in California, Bloom Energy has become a global leader in distributed energy generation. Its solid oxide fuel cells produce electricity through an electrochemical reaction of hydrogen and oxygen, delivering high-efficiency power with minimal carbon emissions. Unlike traditional combustion-based systems, fuel cells operate quietly, reliably, and can be fueled by biogas, natural gas, or green hydrogen, offering a flexible bridge between today’s grids and tomorrow’s net-zero systems. Bloom’s technology has already been adopted by several leading data infrastructure providers, including American Electric Power, Equinix, and Oracle, delivering hundreds of megawatts of clean onsite power. The new partnership with Brookfield will now expand these deployments globally and at far greater scale, tailored specifically for AI applications. Fuel cells are gaining traction as a key technology for AI data centers, where power demand is projected to rise exponentially. According to industry analysts, electricity consumption from AI operations could triple by 2030, as generative AI and machine learning workloads expand. Traditional grids are struggling to keep pace, pushing hyperscalers and infrastructure investors to seek decentralized and carbon-efficient power solutions.

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Brookfield’s AI Infrastructure Vision

For Brookfield, one of the world’s largest asset managers with over $900 billion in assets, the Bloom partnership reflects a strategic pivot toward sustainable digital infrastructure. The firm’s newly launched AI Infrastructure platform focuses on designing, owning, and operating AI data centers that integrate energy, cooling, and computing from the ground up.

“Behind-the-meter power solutions are essential to closing the grid gap for AI factories,” said Sikander Rashid, Global Head of AI Infrastructure at Brookfield. “Bloom’s advanced fuel cell technology gives us the unique capability to design and construct modern AI factories with a holistic approach to power needs. As the world’s largest AI infrastructure investor, this partnership adds a powerful new tool to our global growth strategy especially in a grid-constrained environment.”

Brookfield’s entry into AI energy infrastructure comes amid a surge of investment in next-generation computing facilities that require uninterrupted, high-density power. The company’s multi-billion-dollar commitment to Bloom’s technology suggests a growing belief that fuel cells can serve as the foundation of low-carbon AI ecosystems, complementing renewables and battery storage.

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Decarbonizing Digital Growth

While AI innovation is reshaping global economies, it also brings an urgent challenge: how to power computational growth without driving up emissions. Fuel cell systems like Bloom’s can reduce carbon intensity by up to 50% compared with conventional grid electricity and achieve near-zero emissions when fueled by green hydrogen. For Brookfield, integrating such systems supports its broader climate goals, which include decarbonizing its portfolio through investments in renewable energy, distributed power, and energy storage. The firm already manages over 25 GW of renewable assets globally, and the addition of fuel cell technology strengthens its ability to provide clean, continuous energy for data-heavy industries.

Sridhar emphasized that the partnership is not just about meeting demand but about setting a new standard for energy-efficient digital infrastructure. “Together with Brookfield, we are creating a new blueprint for powering AI at scale, one that balances growth, reliability, and sustainability,” he said.

A Blueprint for the AI Energy Future

The Brookfield–Bloom partnership could redefine how data centers of the future are built, as self-sustaining, modular ecosystems powered by on-site, low-carbon energy. By merging finance, technology, and energy innovation, the two companies are positioning themselves at the intersection of two transformative forces: the global AI boom and the decarbonization of heavy infrastructure. As AI’s energy footprint continues to expand, this collaboration offers a practical roadmap for reconciling digital expansion with climate responsibility showing that the factories of the future may not only compute intelligence, but generate sustainability.

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