PROVIDENCE POWER
NEXT-GENERATION GEOTHERMAL
ENGINEERING THE FUTURE
About Providence Power
At Providence Power, we are bringing geothermal energy into a new era by blending geothermal and subsurface expertise with decades of experience in developing and financing complex energy infrastructure projects to deliver scalable, carbon-free, baseload energy solutions.
The Earth’s core is hot everywhere - we just make it practical to use.
As global electrification accelerates, firm and reliable clean power is becoming increasingly critical. Providence Power’s mission is to make next generation geothermal energy a foundational pillar of clean energy infrastructure worldwide.
Our Competitive Advantage
Providence Power’s competitive advantage is built on two core pillars:
Proven Leadership and Execution Expertise: Our leadership team brings decades of global experience across geothermal, oil and gas, infrastructure, power markets, and project
finance, with a track record of executing complex energy projects from development through operation.
Formation-Specific Approach: Every geothermal system is unique. Providence evaluates and engineers each reservoir based on its unique geology, temperature, and natural flow — choosing the optimal technology, drilling, stimulation, and partnership strategy to unlock maximum reliable renewable energy and deliver predictable, long-life performance.
What we Deliver:
24/7 Baseload power that never depends on weather or time of day
Long-life, stable infrastructure assets that are deployable across the continental U.S. and beyond—no geysers required
Energy security with zero fuel costs and predictable operating expenses
Scalable from a few megawatts to gigawatt-class projects
Minimal water use and controlled, low seismicity in closed-loop configurations
High Capacity factors and grid stability
Small surface footprint and minimal environmental impact
Who we Serve:
Utilities seeking clean, baseload power.
AI and HPC Data Centers requiring behind the meter, continuous power
Industrial, manufacturing and mining facilities
Communities facing the stress of energy security and grid constraints
Projects and Pipeline
U.S.: We are currently developing our flagship next generation geothermal project in the U.S. and are actively screening potential sites across the country to build our project pipeline to leverage the country's vast untapped heat resources to create clean, affordable baseload power.
Emerging Markets: We are also developing a multi-geography pipeline screening and evaluating potential opportunities focused primarily in emerging markets.
Technology Proprietary: We are developing proprietary technology to enable operation in significantly higher temperature subsurface conditions (including at supercritical conditions), which will substantially increase energy yield per well drilled and open up new subsurface resources all over the world.
Why Next Generation Geothermal?
Global electricity demand is expected to more than double between now and 2050 - increasing every year by Japan's current annual use. This growth will be driven largely by AI/Data Centers, advanced manufacturing and EVs - all requiring 24/7 power. Traditional renewable sources such as wind and solar cannot scale fast enough to meet this demand and their intermittent nature creates bottlenecks and grid integration issues, which only amplifies the gap between demand. and supply.
Geothermal energy is clean, baseload and is ideal for behind the meter solutions. As such, geothermal energy can ease grid constraints and will play a major role in meeting future power demand. Conventional geothermal, however, is limited to rare places where hot water naturally
rises near the surface.
Next generation geothermal—which includes Enhanced Geothermal Systems (EGS) and Advanced Closed-Loop Systems—unlocks the Earth’s heat trapped in subsurface rock formations almost anywhere by engineering the subsurface itself.
Next Generation geothermal avoids the resource risk and scalability issues of conventional geothermal. Using advanced techniques such as directional and horizontal drilling, precise stimulation and permeability enhancement, controlled flow path design and long-term pressure and thermal management, we create engineered, high- efficiency sustainable heat reservoirs deep below the surface. The result is clean, firm, always-available power with capacity factors above
90%, near-zero emissions, and a land footprint much smaller than solar or wind.
The International Energy Agency (IEA): estimates that with next generation geothermal technologies, global geothermal resources at depths of less that 7km could provide 600TW of generation capacity with an estimated life of 25 years.
NERL/DOE's Enhanced Geothermal Shot Analysis: estimates next generation geothermal has the potential to energize 65 million homes in the U.S. --limitless, domestic energy beneath our feet.
Advantages over Fossil Fuel: - cleaner (no emissions), does not require fuel infrastructure and provides full energy security.
Advantages over Wind/Solar: - requires far less acreage and does not require overbuild or enabling infrastructure to operate as baseload.
Get in Touch
Engineering the Baseload of Clean Energy.
Providence Power partners with investors, utilities, industrial operators, and infrastructure stakeholders.