Central America's first commercial EGS plant
A 10–20 MW pilot plant built on horizontal multilateral drilling proven at commercial scale by Fervo Energy in the United States — engineered for the geology of Central America.
Global power demand is entering a new, less predictable phase
Global electricity demand is rising faster than in decades, after a long period of slow, predictable growth. Grid planners are being asked to add capacity on a timeline that traditional generation and permitting cycles were not built for.
Artificial intelligence is a major driver: training and running large models requires data centers with continuous, high-density power draw, concentrated in specific regions and available 24/7 — a load profile that intermittent renewables alone cannot serve.
At the same time, transportation is electrifying. As electric vehicle fleets grow, demand shifts from the fuel pump to the grid, adding a new, steadily growing baseline load on top of existing consumption.
Meanwhile oil markets remain exposed to geopolitical disruption and price volatility, underscoring the strategic value of power generation that does not depend on a global commodity supply chain. Baseload capacity that is clean, domestic, and always-on — which EGS can provide — becomes more valuable in this environment, not less.
An underused geothermal resource — and a technology to unlock it
Central America holds substantial geothermal potential, particularly in Guatemala, that remains largely undeveloped. Conventional geothermal is limited to a handful of sites with ideal reservoir conditions.
Enhanced Geothermal Systems unlock resources that were previously not commercially viable, extending geothermal development well beyond the small set of traditional sites.
At the same time, regional power demand is rising alongside the need for clean, baseload generation — capacity that runs continuously, unlike intermittent solar or wind.
What is Enhanced Geothermal Systems (EGS)
This approach is already validated at commercial scale in the United States by Fervo Energy. Fireball is adapting it to the geological conditions of Central America, gaining access to more sites, greater predictability, and a scalable development model — advantages conventional geothermal cannot offer.
A 10–20 MW pilot, with a clear regional path
Initial focus on El Salvador — a mature regulatory framework, existing geothermal experience, trained personnel, and lower technical risk. Expansion roadmap into Guatemala, where potential is greater and competition lower.
Energy and capacity sales under power purchase agreements, with future optionality in environmental certificates, industrial heat, green hydrogen, and data center demand.
Demonstrate technical and financial viability as the foundation for regional expansion.
(diagram, not to scale)
Not just one plant — Central America's first EGS developer
The strategic asset is being the pioneer: local subsurface knowledge, regulatory relationships, a pipeline of concessions, and a track record — the foundation to become the region's equivalent of Fervo Energy.
Six years to commercial operation
Company incorporation, resource studies, permitting, seed capital.
Exploratory drilling and resource validation.
Major financing (Series A / project finance) and engineering.
Construction.
Commercial operation.
Presented plainly, because institutional investors value honesty about risk
A first-mover position in an underserved market
Zero commercial EGS projects exist in Central America today — a genuine first-mover advantage.
Growing regional demand for clean, baseload power.
A replicable model: the pilot plant is the entry point to a regional project pipeline.
Aligned with the mandates of climate and infrastructure funds — measurable environmental impact and climate additionality.
Founder
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