A 350 MW dispatchable natural gas project aligned with hyperscale demand in one of the most power-constrained markets in the United States. Located within a high-growth Phoenix corridor, it is designed to deliver dispatchable capacity aligned with near-term demand.
Featured Project
Phoenix Energy Platform
Phoenix Growth Corridor
1 Acres
Dedicated energy platform footprint
1 MW
Grid interconnection capacity (in process)
1 MW
Dispatchable natural gas generation
1 MW
Solar-renewable energy
1 MWh
Battery energy storage
Project Overview
The project is designed to deliver reliable, on-demand capacity aligned with hyperscale deployment requirements. By combining dispatchable generation, dedicated fuel access, and strategic land positioning, it provides a clear pathway to execution in a constrained environment.
Dispatchable Generation
The project is anchored by up to 350 MW of dispatchable natural gas generation, providing reliable, on-demand capacity independent of grid constraints. The configuration supports phased deployment aligned with hyperscale and high-density compute demand.
Fuel Infrastructure
The project incorporates a dedicated natural gas lateral connection to provide fuel certainty and support full dispatchable capacity.
Strategic Location
Located within a strategic Phoenix growth corridor, the project is positioned to support near-term hyperscale deployment. Specific site and infrastructure details are available through confidential engagement.
Flexible Delivery
The project is designed to support multiple delivery configurations, including behind-the-meter and dedicated supply configurations. This flexibility enables alignment with hyperscale deployment strategies and evolving infrastructure requirements.
Grid Interconnection
The project includes approximately ~700 MW of grid interconnection capacity in process. This provides additional long-term flexibility and expansion potential.
Execution Progress
Advancing all critical work-streams in parallel to deliver a platform built for scale, reliability, and long-term value.
Site Control
Fuel Strategy
Engineering
Permitting
Strategic Engagement
For institutional capital partners and select energy infrastructure stakeholders, additional information is available through confidential engagement. The project is being advanced in coordination with established development and infrastructure partners. Engagement is structured and selective.
Strategic Engagement