PowerCell secures SEK 30 million order for hydrogen-powered AI data centers
PowerCell Group has secured a SEK 30 million contract to supply hydrogen fuel cell systems for ECL's 35 MW AI data center project in Santa Clara. The deployment uses PowerCell's PS190 fuel cells and Distributed Master Controller technology to serve as the facility's primary power source rather than backup.
Key Takeaways
- SEK 30 million order targets ECL's 35 MW CSC-1 AI-optimized campus in Santa Clara
- Deployment integrates PowerCell PS190 fuel cells and Distributed Master Controller licenses into containerized microgrid units
- Transition shifts hydrogen from backup power to a primary energy role alongside grid and natural gas
- Strategic partnership includes Bosch for industrial-scale manufacturing and North American service support
- Project deliveries are scheduled for completion by the end of 2026 following validation at ECL's Mountain View site
Why It Matters
The deal signals a move for hydrogen from experimental backup to core infrastructure for high-density AI workloads. Large-scale AI compute is increasingly hitting power availability ceilings in major hubs like Northern California, where grid interconnection delays can span years. By integrating fuel cells directly into the primary power mix through digital orchestration, operators like ECL can bypass local utility constraints and deliver capacity faster than traditional builds. This shift positions PowerCell as a critical infrastructure provider beyond its traditional marine and transport markets. Watch if this implementation maintains a Power Usage Effectiveness (PUE) below 1.15 at scale, which would reset performance benchmarks for AI-dedicated facilities.
Additional Context
The expansion follows the operational success of ECL's MV-1 facility in Mountain View, which debuted in June 2024 as the world's first off-grid, hydrogen-powered data center. Per Data Center Knowledge (August 2024), the site supports rack densities up to 75 kW per cabinet—significantly higher than standard enterprise facilities—and uses a specialized cooling system that repurposes water generated as a byproduct of the hydrogen fuel cell reaction. This water-positive design is particularly relevant for California, where water consumption for data center cooling has faced increasing regulatory scrutiny. In early 2025, GPU cloud provider Lambda deployed Nvidia GB200 systems at the MV-1 site, further validating the architecture for high-performance AI training. The broader data center sector is increasingly looking beyond the grid to accommodate the massive power requirements of large language models. Per Rystad Energy (June 2026), fuel cell market revenues in the data center sector are projected to grow tenfold by 2030, potentially reaching $30 billion. This demand is driven by a tripling of US grid interconnection timelines since 2015, which now force major operators to wait three to six years for high-load connections. Research from the International Energy Agency in April 2026 noted that while overall data center power demand grew 17% in 2025, consumption specifically for AI jumped by 50%. Industrial backing remains a critical bottleneck for scaling these distributed energy systems. The partnership between PowerCell and Bosch addresses this by leveraging Bosch’s existing manufacturing footprint and service network in North America. This support foundation is intended to transition hydrogen power from bespoke pilots to industrial-grade infrastructure. Beyond the current Santa Clara project, ECL and PowerCell have also signed a non-binding memorandum of understanding for an additional 300 MW of capacity, targeting future growth as the company scales its FlexGrid model globally, per Nasdaq (July 2026).
Read full article at tradingview.com
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