Solutions — Source Geothermal

Energy Infrastructure
for the AI Economy.

Source Geothermal builds long-life energy assets powering compute, industry, and future economies through reliable subsurface innovation.

01 THE PROBLEM

Energy demand is outpacing infrastructure.

AI, electrification, and industrial growth require continuous energy. Existing grids cannot scale fast enough to meet accelerating global demand.

0× Projected growth in AI data centre electricity demand by 2030
2024 2027 2030 THE GAP AI DEMAND GRID CAPACITY

02 THE ANSWER IS UNDERFOOT

24/7, always on, no emissions.

Markets need reliable, scalable, autonomous power and cooling. Geothermal delivers always-on energy from the Earth’s boundless heat — using proven drilling expertise and existing workforce capabilities.

03 WHY GEOTHERMAL

The case for firm, clean,
load-following energy.

0–5 gCO₂e per MWh
0%+ Capacity factor
0+yr Asset life

The Resource

  • Heat is inexhaustible — not depleted by use
  • Deployable anywhere heat exists underground
  • Near-zero surface disruption once operational
  • Tiny land footprint, minimal disturbance

The Output

  • Always on: 24/7/365, weather-independent
  • 90%+ capacity factor, decades of stable output
  • Fills the reliability gap wind and solar cannot
  • Power and cooling from a single source

The Economics

  • The fuel is free and permanent
  • No supply chain, imports, or price volatility
  • Stable output: bankable, forecastable cash flows
  • 30+ year asset life with low decline

The Planet

  • 0–5 gCO₂e per MWh vs 820 for coal
  • Minimal water usage vs traditional power
  • No resource controlled by foreign nations

The Moment

  • Firm power and cooling is exactly what hyperscalers need
  • Complements renewables, makes grids whole
  • Demand is exploding; firm clean supply is not

Geothermal is the only firm, clean, load-following, and scalable energy source delivering power and cooling the world can depend on.

04 THE MOMENT

Demand is exploding.
Firm, clean supply is not.

$175–275BU.S. power & cooling TAM · industry est.
$500B+U.S. data centre infrastructure · McKinsey, 2030
$720BGlobal grid investment · Goldman Sachs, 2030
$2.5TGlobal AI infrastructure spend · Gartner, 2026
0%+ of new large-scale data centres require dedicated power infrastructure
$0 viable geothermal cooling deployed at AI-infrastructure scale today
24/7 firm, carbon-free power and cooling from a single source

Source targets the power and cooling segment where demand is greatest and supply is absent.

Market estimates: Gartner (2026), McKinsey (2030), Goldman Sachs (2030), industry estimates.

05 THE SOURCE MODEL

Four systems. One platform.

AI Infrastructure Power + Cooling
↑
Subsurface Modelling
↑
Multilateral Well Systems
↑
Closed-Loop Heat Extraction

Outcome: predictable geothermal energy infrastructure for AI computing.

06 INSIDE THE LOOP

Closed-loop geothermal systems.

Engineered wells circulate fluid through sealed loops deep underground, extracting stable heat for power generation and large-scale cooling — on demand, around the clock.

SEALED SYSTEM ZERO EMISSIONS WEATHER-INDEPENDENT DECADES OF OUTPUT
SURFACE CASED SECTION SEALED LOOP HEAT ZONE POWER + COOLING AI DATA HALL COLD FLUID DOWN HOT FLUID UP HEAT ZONE SEALED LOOP · ZERO EMISSIONS

07 MARKETS

Built for high-value energy markets.

01AI Data Centres→
02Industrial Electrification→
03Government Infrastructure→
04Military Energy Systems→
05District Heating & Cooling→

Power that never sleeps.

Whether you’re powering an AI campus, assessing land for geothermal development, or planning district energy — start the conversation.

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