The Turnkey Standard
for AI-Ready Power
GPC is more than a counterparty; we are a long-term asset owner and operator, providing energy capital and long-lead equipment to deliver 99.9% uptime.
The Modular Menu
We deliver proven, AI-ready modular power generation systems.
Reciprocating engine blocks or turbine packages that scale with the ramp of the data center.
Grid-forming BESS manages power quality and AI load transience.
Future-proof your data center campus with assets that power both the data center campus and interact with the grid for added reliability
Commercial Flexibility
Equipment Reservation Agreement (ERA):
Start with a fungible equipment reservation to secure your deployment timeline.
ERA-to-PPA
Transition:
Convert to a site-specific PPA or equipment lease once your tenant is secured.
Mobile PPA
Advantage:
Move your power assets across your portfolio as tenant needs and regional demands shift.
Sustainability Through Physics
We engineer the path to net-zero by focusing on thermal efficiency today.
- Waste Heat Recovery: Our designs can incorporate Combined Heat and Power (CHP) with absorption chilling to reuse waste heat for cooling loops.
- Capacity Optimization: Thermal reuse reduces electrical draw for cooling, freeing up more power for your critical IT load.
Frequently Asked Questions
GPC is a long-term asset owner and operator, not just a vendor. We provide energy capital and long-lead equipment and are committed to 99.9% uptime as a partner in your infrastructure.
GPC offers scalable solutions ranging from 50 MW to 2 GW, using reciprocating engine blocks or aeroderivative turbine packages that can grow alongside your data center’s ramp.
Grid-forming Battery Energy Storage Systems (BESS) are integrated into GPC’s designs to manage power quality and handle the load transience that AI workloads create.
An ERA lets you secure your deployment timeline with a fungible Equipment Reservation before a site specific PPA is in place. Once a tenant is secured, it can convert to a site specific PPA.
No. GPC’s designs are engineered to eliminate the need for cooling or other process water.
GPC’s approach focuses on thermal efficiency today as a physics-based pathway to net-zero, with waste heat recovery reducing overall energy consumption at the facility level.