Grid bottlenecks drive up Local Marginal Pricing (LMP) in structurally deficit nodes. Firm geothermal capacity injected directly into these load pockets acts as a stabilizer, effectively destroying the congestion premium.
The core IIIP methodology — mapping high-stress transmission nodes (surface) directly over high-enthalpy crystalline basement rock (subsurface), filtering out protected Natura 2000 areas.
Siting generation behind the constraint reduces the need for multi-billion-euro transmission upgrades across critical European bottlenecks.
Continuous Thermal Resource Extraction
10%–100% Load Flexibility · 15–30%/min Ramp
Synchronous Inertia · RoCoF Dampening · Reactive Power
EU regulatory friction threatens commercial rollout timelines, risking stranded institutional capital.
Drilling phases carry outsized financial exposure vs. predictable VRE surface assessments.
High initial capital extends ROI amortization windows in volatile macro environments.
Commercial viability constrained by localised heat gradients — not grid-agnostic deployment.