ZR Energy

AIDC Applications

Gas-turbine-driven green power solutions for AI data centers — supporting the computing era with stable, efficient and low-carbon autonomous power supply.

In the AI computing era, electricity is the primary productive force.
Electricity demand from AI computing centers (AIDC) is growing at roughly 55% CAGR from 2025 to 2028, with cumulative North American demand exceeding 150GW by 2026-2028. A single 100,000-GPU campus can reach peak loads of 100MW class. Facing lagging grid expansion and long lead times (12-18 months), on-site distributed power has become standard for AIDC construction.

Gas turbines, with under-30-minute fast start-stop, >99.9% availability and support for 0-100% hydrogen fuel, have become the preferred choice for AIDC self-built power. Microsoft, xAI, Google, Meta and others have already placed bulk turbine orders.
Reference: CITIC Securities research · public industry reports

Solution Positioning

Advanced gas turbine technology driving green power for the AI supercomputing era.

30MW Flagship Gas Turbine

A single DGT30 unit covers the baseline load of a 100,000-GPU campus; multiple units in parallel deliver hundred-megawatt-class AIDC power supply with fast deployment and plug-and-play operation.

54.5% Combined Cycle Efficiency

The gas turbine plus steam turbine combined cycle reaches 54.5% efficiency, fully utilizing waste heat and significantly reducing AIDC cost per kWh and carbon emissions.

Fast Start-Stop, Flexible Peaking

Adapts to AIDC day-night load fluctuations and supports flexible switching between islanded and grid-connected modes, providing reliable dispatchable baseload power.

Hydrogen-Ready, Toward Zero Carbon

Supports 0-100% hydrogen co-firing. Combined with green hydrogen, it helps AIDC operators meet carbon neutrality and ESG goals.

Typical Power Supply Architecture

Green power + gas power + energy storage: multi-energy complementarity

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