Baseload renewable power
Geothermal generation can produce electricity continuously rather than depending on intermittent solar or wind conditions. This makes it particularly relevant for facilities that value predictable, around-the-clock energy supply.
The current development objective is an initial approximately 5 MW phase followed by expansion to 10 MW and more, subject to final engineering and resource confirmation.
Figure 5 — Exploration & testing infrastructure. Field wellhead and testing infrastructure associated with the Olene Gap geothermal resource.
From wellfield to electrical infrastructure
Wellfield
Production and injection drilling, testing, pumps, gathering and reinjection systems.
Generation
Binary-cycle geothermal generation suited to moderate-temperature geothermal resources.
Cooling & Balance of Plant
Surface plant, heat-rejection systems, controls, auxiliary equipment and site infrastructure.
Electrical
On-site electrical systems supporting project loads, interconnection and potential data-center integration.
Match capital deployment to confirmed resource and demand
A phased development allows additional drilling, power-plant capacity and supporting infrastructure to be sequenced as technical confirmation and commercial demand advance.
- Build on existing resource data and project work.
- Complete remaining drilling and wellfield confirmation.
- Advance initial generation capacity.
- Expand toward the larger project as resource and market conditions support it.
Integration opportunity
For a co-located data center, geothermal generation creates the potential for a direct relationship between generation capacity, critical-load planning, on-site electrical architecture and long-term power costs.
Data Center Opportunity