Your global baseload partner for energy, heating, and precision cooling. We deploy location-agnostic deep geothermal infrastructure via local SPVs—eliminating grid queues, seismic risks, and water consumption for Data Centers and Energy-Intensive Assets worldwide.
Calculate real-time power, thermal heat, advanced cooling tonnage, and exact annual CO₂ reduction based on your specific load requirements and regional geology.
Why our proprietary advanced geothermal energy infrastructure is designed to redefine baseload energy economics for urban and enterprise applications.
Designed to enable geothermal deployment in locations where conventional approaches may face permitting, environmental or infrastructure constraints.
Co-locate power directly next to the load. By producing 24/7 baseload power on-site, Hyperscalers and industrial clients bypass transmission bottlenecks and grid queuing delays.
Integrated thermal management solutions enable high-density cooling for AI and other energy-intensive infrastructure while targeting significantly reduced water consumption.
While solar and wind require 1.5–3 years to offset their manufacturing and installation carbon footprint, our system designed for rapid carbon payback compared with conventional energy infrastructure.
Advanced drilling and geothermal system design are intended to reduce project CAPEX and improve deployment economics over long operating horizons.
Modular power infrastructure can significantly reduce surface footprint compared with conventional renewable energy developments.
Comparing traditional grid-tied data center infrastructure with on-site co-located Geothermal Power + Cooling (CaaS) deployment.
| Economic Metric | Traditional Data Center + Grid | Geothermal Hub Co-Located | Strategic Financial Advantage |
|---|---|---|---|
| Power Availability Delay | 4 – 7 Years (Grid Upgrade Queues) | Accelerated Deployment Potential | Rapid time-to-market for AI chips |
| Cooling CAPEX / OPEX | High (Chillers + Huge Water Bills) | $0 Water Cost (Advanced Cooling) | Potential reduction in total data-centre operating costs |
| Grid Interconnection CAPEX | $15M – $50M Substation Upgrades | Reduced Grid Dependency / Behind-the-Meter Potential | CAPEX redirected to compute capacity |
| Levelized Cost of Energy (LCOE) | $80 – $140 / MWh (Grid + Carbon Taxes) | $35 – $55 / MWh (Predictable 30yr) | Locked-in baseload price hedge |
| Power Usage Effectiveness (PUE) | 1.35 – 1.60 PUE | Target PUE optimisation | Class-leading energy efficiency benchmark |
We operate as your universal clean energy, heating, and cooling partner worldwide. We deploy projects under dedicated Special Purpose Vehicles (SPVs) on a Build-Own-Operate (BOO) basis, offering long-term Power Purchase Agreements (PPAs) to off-takers.
Each geothermal asset is ring-fenced inside a dedicated local SPV, backed by long-term corporate PPAs with hyperscalers, municipalities, and industrial clients. High IRR, predictable infrastructure cash flows.
Seeking 24/7 clean baseload geothermal energy and advanced heating & cooling, engineered around your site's energy? We finance, drill, and operate the subsurface energy asset. Sign an off-take agreement and lock in low-cost energy.
15+ years across 200+ global geothermal energy projects and 2,000+ asset technical due-diligence engagements. Founder of London Geothermal Ltd and Managing Partner at Qbivio UK Energy Limited.
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