Data Center Power Coalition Launches to Tackle AI Grid Delays
The Sijbrandij Foundation has assembled 12 partners in the Data Center Power Coalition to fix a key constraint on AI infrastructure: access to reliable electricity. The coalition, launched this week, aims to standardize power infrastructure planning and deployment for AI data centers. It addresses interconnection timelines that in many markets stretch for years.
Grid interconnection delays are a critical bottleneck for the industry. Demand for new data center capacity is surging alongside large-scale AI workloads, and operators wait years for utility connections. The coalition's model plans power generation alongside compute capacity from the start, rather than treating electricity as a secondary concern handled after facility design is complete.
Data Center Power Coalition Strategy and Founding Members
The coalition brings together companies across three core domains of data center energy development: on-site power generation, load flexibility, and accelerated grid interconnection. Its 12 founding members span these areas and include Amperesand, DG Matrix, Emerald AI, florrent, GridCARE, Hammerhead AI, Hanwha Data Centres, Hitachi, NeuralWatt, Planted Solar, Skeleton Technologies, and Voltus.
The Data Center Power Coalition emphasizes solar-and-storage centric on-site power. By pairing embedded load flexibility with faster interconnection pathways, the group's goal is to bring firm compute load online in a matter of months rather than years. The effort builds on the Data Centre Power Playbook published by the foundation in April 2026, which laid out a framework for power co-development.
Why It Matters for AI Infrastructure
Power availability increasingly dictates where and how quickly AI infrastructure can be built. Data center operators in regions with constrained grids face multiyear waits for interconnection approval, creating a bottleneck that directly limits how fast new compute capacity comes online. The Data Center Power Coalition model treats energy as a first-class planning component, potentially unlocking projects that would otherwise face years of grid-related delays.
The diversity of the founding group reflects the range of technologies required to solve the problem. Companies working on on-site generation, grid-side software, energy storage, and load management all sit at the same table, signaling a recognition that no single approach will be sufficient. For CTOs and infrastructure planners at AI companies, the coalition offers a template for how to evaluate power solutions as part of facility planning rather than as an afterthought.
The coalition's work could prove especially consequential in markets where grid capacity is already stretched thin. Standardizing deployment approaches across on-site power, storage, and interconnection may reduce the variability that currently makes data center development timelines unpredictable. Whether the model scales beyond the founding group will depend on how quickly the coalition's standards gain adoption among utilities, regulators, and the broader data center industry.
Photo by Red Shuheart on Unsplash
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