Using Earth's Power to Power Earth.
CoreVolt™ is the world's first direct-lava geothermal power system. Zero emissions. Infinite energy.
Why CoreVolt™ Changes Everything
Four breakthroughs that make direct-lava geothermal a practical, scalable, zero‑emission power solution.
New Energy Installation: Cost to Build
CoreVolt™ delivers utility-scale baseload power at a fraction of the upfront cost of other large-scale energy projects. Compared to solar, wind, and nuclear, CoreVolt cuts billions from typical build budgets while still providing 24/7 clean power.
How CoreVolt Could Cut Your Power Bill
By replacing expensive, fuel-dependent generation with direct-lava geothermal, CoreVolt can dramatically lower household electricity bills. The system is designed to unlock savings of 30–60% or more on typical monthly power costs over the life of a plant.
Electricity Cost per kWh
CoreVolt targets some of the lowest levelized costs of electricity on the market. By tapping Earth’s constant heat source, CoreVolt aims to deliver clean power at a few cents per kWh, undercutting fossil fuels and intermittent renewables while staying on 24/7.
New Energy Installation: Time Frame vs Cost
CoreVolt stations are engineered to be built in years, not decades. Faster construction and lower capital requirements mean regions can bring new clean baseload online quickly, beating solar, wind, and nuclear on both deployment time and lifetime cost.
The World Is Running Out of Energy
Demand is rising while baseload-capable, zero‑emission power is scarce.
Key Challenges:
- Global demand expected to double by 2050
- Solar & wind can't meet baseload requirements
- Intermittency, land use, and storage costs are skyrocketing
- 35 billion tons of CO₂ released per year from energy
Revolutionary Energy Solution
CoreVolt™ technology represents the future of clean energy, harnessing Earth's internal power to provide sustainable, 24/7 baseload electricity with zero emissions.
The days of wasteful energy spending are over.
Introducing CoreVolt™
The only system capable of safely reaching and extracting direct lava heat to produce clean, continuous, grid‑scale power.
- Closed‑loop, zero‑emission geothermal
- Powered by PyraPipe™ — modular, lava‑grade pipe system
- Installable anywhere magma is near the crust (700+ global sites)
- Scalable, modular, decentralized: 10–20 acre plants per region
The Technology
PyraPipe™, CoreVolt Loop, and Smart Grid Integration.
PyraPipe™ System
- Modular design with replaceable lava-contact tips
- Aerogel insulation + ceramic shields + carbon core
- Operates up to 1400°C
- Withstands 25+ years in magma-adjacent zones
CoreVolt Loop
- Closed system using supercritical CO₂ or water
- 24/7 baseload power delivery
- Built-in monitoring + auto-pressure balancing
Why We're Different
24/7 baseload power, zero emissions, and a tiny land footprint—built on direct lava access.
| Feature | CoreVolt | Solar | Wind | Nuclear |
|---|---|---|---|---|
| 24/7 Power | ✅ | ❌ | ❌ | ✅ |
| Zero Emissions | ✅ | ✅ | ✅ | ❌ |
| Small Land Footprint | ✅ | ❌ | ❌ | ❌ |
| Direct Lava Access | ✅ | ❌ | ❌ | ❌ |
| Modular Deployment | ✅ | ❌ | ❌ | ❌ |
| Time to Build | ✅ (12–18 mo) | ✅ | ✅ | ❌ (10+ yrs) |
Global Rollout Plan
Strategic deployment across 700+ global sites to supply up to 15% of global electricity demand.
Phase 1: 2025–2026
- Build first station in Hawaii (Kīlauea-adjacent)
- Output: 20–50 MW
Phase 2: 2027–2030
- 300 Stations across:
- • Iceland • Kenya • Ethiopia
- • Indonesia • Alaska • Chile • Japan
Phase 3: 2030–2040
- 700 Stations globally
- Supply up to 15% of global electricity demand
Capacity Planning
- Each station: 100–200 MW
- Total output: 70–140 GW (24/7)
- Global CO₂ offset: 3–5 billion tons/year
Global Impact
- 700+ global sites identified
- Modular, decentralized deployment
- Safe for urban-adjacent installation
Environmental Impact
Zero water contamination. No fracking. No radiation. No mining tailings.
Get Involved
Governments, investors, and scientists: partner with CoreVolt™ to accelerate zero‑emission baseload power.
Powering the Future
CoreVolt™ technology stands tall among traditional renewable energy sources, providing 24/7 baseload power with zero emissions and minimal land footprint.
Frequently Asked Questions
Common questions about CoreVolt™ technology, safety, and deployment.
How deep do you drill?
3–8 miles, depending on crust thickness. Our PyraPipe™ system is designed to reach magma chambers safely and efficiently.
Is this safe near population centers?
Yes. Fully sealed, no emissions, seismic-buffered. Our closed-loop system ensures zero environmental impact and maximum safety.
What powers the turbine?
Superheated fluid (CO₂ or water) converted to mechanical energy. The CoreVolt Loop uses supercritical fluids for maximum efficiency.
Is CoreVolt available for licensing?
Yes. We offer national and regional rights for PyraPipe™ technology and CoreVolt systems worldwide.
What's the build timeline?
12–18 months per station, significantly faster than nuclear (10+ years) with modular, scalable deployment.
How does it compare to traditional geothermal?
Traditional geothermal requires specific geological conditions. CoreVolt works anywhere magma is near the crust (700+ global sites).
Contact Us
Get in touch with our team to learn more about CoreVolt™ and partnership opportunities.
Get in Touch
Email: Info@corevoltglobal.com
Phone: 207-947-1999
Address: PO BOX 52 Detroit, ME 04929
Partnership Inquiries
For government partnerships: gov@corevolt.energy
For investment opportunities: invest@corevolt.energy
For scientific collaboration: research@corevolt.energy
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