Energy

The Energy Sub-Project of the OCP Data Center Facility Project addresses energy availability, now the primary constraint on new infrastructure deployments. Energy-related work already spans several OCP initiatives but has been fragmented; this sub-project unifies it under one focal point, coordinating grid interaction, energy generation, energy storage, power distribution, renewable integration, and energy optimization while collaborating with existing OCP projects to avoid duplication. Two workstreams anchor the effort: Energy Storage Systems, covering ESS requirements, architectures, and safety for data center facilities, and Energy Generation, covering on-site and standby generation.

Energy

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Steering Committee Representative

Madhusudan Iyengar

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About This Sub-Project

Project Leadership: Vijay Boovaragavan, Erin Henderson, Sean James

Energy availability, not land, fiber, or hardware supply, is now the primary constraint on new infrastructure deployments. Reliable, affordable, sustainable power has become a strategic requirement, driving tighter integration between data centers, utilities, and energy providers. Energy-related work already spans several OCP initiatives, including Power & Cooling, Sustainability, and Hardware Management, but remains fragmented across projects.

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OCP Ready™ ESS requirements, deployment models, safety, standards, and data center application.

Take the OCP Ready™ ESS Course on OCP Academy

Workstreams: Energy Storage Systems & Energy Generation

Energy Storage Systems

Workstream Leadership: Dan Lambert, Shrikanth Venkateshappa, Ben Gully, Disha Sheth

The OCP Energy Storage Systems (ESS) subgroup is an open, vendor-neutral forum developing requirements, guidance, and reference architectures for energy storage in data center facilities, spanning AC, DC, and hybrid power architectures, with a focus on safety, interoperability, telemetry, and lifecycle management.

Purpose

As AI workloads increase power density, load variability, and grid-interaction complexity, ESS is becoming a critical facility infrastructure layer. The subgroup brings together operators, hyperscalers, colocation providers, power-electronics vendors, battery and inverter specialists, and standards experts to develop common terminology, technical guidance, and contribution pathways for ESS adoption.

In-scope activities include:

  • Facility-level ESS requirements for data centers
  • Architecture guidance for centralized, distributed, AC-coupled, DC-coupled, and hybrid power infrastructures
  • Integration with UPS, backup power, renewables, grid-interactive operation, and facility power distribution
  • AI workload transient response, buffering, resilience, and power-quality considerations
  • Telemetry, monitoring, diagnostics, control interfaces, SoC/SoH visibility, and lifecycle data
  • Safety, fire-suppression alignment, maintainability, testing, and validation guidance
  • Reference architectures and design guidance for ESS integration
  • White papers, guidelines, taxonomies, and future OCP contribution pathways
  • Coordination with the Power Distribution subgroup

OCP Ready Requirements for Energy Storage Systems eLearning on OCP Academy

Contributions: White Paper: Requirements for Energy Storage Systems Used in Data Centers

Energy Generation

The OCP Energy Generation subgroup is an open, vendor-neutral forum developing requirements and reference architectures for on-site and standby generation in data center facilities, including generator systems, fuel cells, solar, and grid-interactive operation.

Purpose

As AI workloads push facility power demand beyond what many grids can reliably deliver, on-site and standby generation is becoming core infrastructure, not just a backup measure. The subgroup brings together operators, hyperscalers, generator OEMs, fuel cell and renewable technology providers, and utilities to align on requirements and reference architectures for generation systems in data center environments.

In-scope activities include:

  • Standby and backup generation requirements and specifications
  • On-site generation technologies, including solar and fuel cells
  • Grid interaction, interconnection, and demand response coordination
  • Integration with energy storage and facility power distribution
  • Renewable energy integration for data center facilities
  • Reference architectures and design guidance for generation deployment
  • Coordination with the Energy Storage Systems and Power Distribution subgroups

Scope

This sub-project unifies OCP’s energy work under one focal point, coordinating:

Grid Interaction
Energy Generation
Energy Storage
Power Distribution
Renewable Integration
Energy Optimization

All while collaborating with existing OCP projects to avoid duplication. The sub-project also opens the door to new contributors from the utility, power systems, and energy technology communities, keeping OCP at the forefront of the infrastructure innovation needed for next-generation AI and cloud-scale data centers.

Resources

Welcome to the OCP Power Distribution Sub-Project.

This Sub-Project is open to the public and we welcome all those who would like to be involved.

Disclaimer: Please do not submit any confidential information to the Sub-Project Community. All presentation materials, proposals, meeting minutes and/or supporting documents are published by OCP and are open to the public in accordance to OCP’s Bylaws and IP Policy. This can be found on the OCP Policies page. If you have any questions please contact OCP.

Past Call Recordings

Energy calendar

Sub-Projects

Energy Generation

The Energy Generation Workstream, part of the Energy Sub-Project of the OCP Data Center Facility Project, is an open, vendor-neutral forum developing requirements and reference architectures for on-site and standby generation in data center facilities, including generator systems, fuel cells, solar, and grid-interactive operation. As AI workloads push facility power demand beyond what many grids can reliably deliver, on-site generation is becoming core infrastructure. The workstream brings together operators, hyperscalers, generator OEMs, fuel cell and renewable technology providers, and utilities to align on standby and on-site generation, grid interaction, and integration with energy storage and power distribution.

Energy Storage

The Energy Storage Systems (ESS) Workstream, part of the Energy Sub-Project of the OCP Data Center Facility Project, is an open, vendor-neutral forum developing requirements, guidance, and reference architectures for energy storage in data center facilities. It supports the transition to resilient, sustainable, AI-ready power infrastructure by addressing ESS integration across AC, DC, and hybrid architectures, with a focus on safety, interoperability, telemetry, lifecycle management, and transient load response. It brings together operators, hyperscalers, colocation providers, power-electronics vendors, battery and inverter specialists, and standards experts. An OCP Ready ESS course is available on OCP Academy.