01 — Infrastructure thesis

Always-on energy
for the AI era.

Himalia builds geothermal-powered infrastructure beneath India — delivering 24/7 baseload energy to hyperscale AI data centers, sovereign cloud regions, and the compute economy of the next decade.

Online capacity

0MW

Pilot — Maharashtra

Phase II target

0MW+

Modular AI campus

Uptime potential

0.00%

Baseload guarantee

Carbon profile

0gCO₂/kWh

Direct emissions

02 — Thesis

AI is the largest energy
problem of our time.

Every frontier model trained in the next decade will demand uninterrupted gigawatt-scale power. Solar drops at sunset. Wind is intermittent. Coal is incompatible with India’s climate commitments. Geothermal is the only baseload renewable that runs continuously — and Himalia is building it directly underneath the data center.

24/7 Green Energy

Geothermal heat is constant. No diurnal cycle, no weather dependency — the only renewable that matches the always-on duty cycle of GPU clusters.

Compute-first design

Power, cooling, and the data-hall are engineered as a single thermal system — sub-station to rack. No bolt-on retrofits.

Predictable economics

Fixed-price 25-year PPAs decoupled from fuel volatility — the energy cost per token is locked at financial close.

Zero-water cooling option

Closed-loop wells enable dry-cooled campuses — critical for water-stressed regions like Karnataka and Tamil Nadu.

03 — Platform

The Himalia stack.

A vertically integrated platform — from sub-surface reservoir to AI-orchestrated workload. Every layer is instrumented, observable, and tuned for compute.

AI Workload Orchestration

GPU scheduling co-optimized with reservoir output, ambient temp, and grid-feedback signals.

TrainingInferenceSovereign

Hyperscale Data Hall

120 kW/rack air & liquid hybrid. Modular 20 MW PODs scaling to 100 MW+ campuses.

Liquid-cooledTier IVOCP-ready

Himalia OS

The control plane that closes the loop between subsurface dynamics and AI workload telemetry.

TelemetryForecastAutopilot

04 — Capacity

Modular by design.
Hyperscale by ambition.

Himalia campuses are deployed in 20MW PODs and stitched together at the substation — allowing a single site to grow from a 20MW training cluster to a 100MW+ regional compute hub without redesign.

Tier I

0MW

Pilot AI training cluster. First commercial geothermal-powered GPU deployment in Asia.

Tier II

0MW

Regional inference + training campus. Multi-tenant, sovereign-cloud ready.

Tier III

0MW+

Hyperscale AI infrastructure region. Modular expansion to 250 MW per site.

Capacity roadmap

From 20MW pilot to 5GW by 2030.

Online

Construction

Planned

2026

20MW

2027

200MW

2028

1000MW

2029

3000MW

2030

5000MW

05 — India

India’s data center capacity will grow 5× by 2030. Himalia is mapping the country’s geothermal corridors — from the Western Ghats to the Himalayan belt — to anchor sovereign AI compute on always-on clean power.

Dholera, Gujarat

Dholera Campus

Hyderabad, Telangana

Hyderabad Corridor

Bangalore, Karnataka

Bangalore Region

Visakhapatnam, Andhra Pradesh

Visakhapatnam Reservoir

Chennai, Tamil Nadu

Chennai Coastal Corridor

06 — Impact & Sustainability

Green compute,
measured honestly.

Himalia is committed to building next-generation Green Data Centers powered by reliable geothermal energy infrastructure. Every megawatt-hour generated and supplied is independently monitored, accurately metered, and transparently disclosed in real time — ensuring genuine, always-on clean energy delivery without reliance on carbon offsets, renewable certificates, or hidden disclaimers. By integrating geothermal baseload power with AI-enabled hyperscale digital infrastructure, Himalia aims to create sustainable, energy-efficient data center ecosystems fully aligned with India’s NDC 2030 commitments and globally recognized ESG standards.

0gCO₂ / kWh

Direct operational carbon across the entire Himalia fleet — zero emissions by design, not by offset.

0.00PUE design target

Industry-leading Power Usage Effectiveness. Closed-loop geothermal heat reuse crushes the 1.5× hyperscale average.

0%Water reduction

vs. evaporative-cooled hyperscale peers. No freshwater consumed in cooling — critical for water-stressed India.

0GWClean capacity by 2030

From 20 MW pilot to 5 GW sovereign clean-compute by 2030 — the largest geothermal data center programme in Asia.

0/7Always-on baseload

Unlike solar and wind, geothermal power runs every hour of every day — no batteries, no grid backup required.

0%Lower OPEX vs grid

Stable levelised cost of energy insulates customers from volatile grid tariffs and peak demand surcharges.

Carbon-Free from Day One

Himalia campuses draw 100% of operational power from geothermal reservoirs. There are no diesel generators, no coal grid draw, no Renewable Energy Certificates to mask a dirty reality.

India's Water Crisis, Solved in Compute

Traditional data centers consume millions of litres of freshwater daily. Himalia's closed-loop geothermal system recirculates the same fluid indefinitely — drawing nothing from local aquifers.

Community-First Development

Every Himalia campus commits at least 30% of its workforce to local hires, technical upskilling programmes, and supplier contracts — turning geothermal infrastructure into regional economic anchors.