Policy · Government, Defense & Space

Power ministry sees 26.3 GW AI data centre load by 2032

By Startup Enthusiast · 29 July 2026

What they do

The Ministry of Power projects 26.3 GW additional electricity load from AI data centres by FY32

This is nearly double the 13.56 GW estimate made in March 2026

Peak demand may exceed 388 GW; renewable energy will serve the extra load

The Ministry of Power projects 26.3 GW additional electricity load from AI data centres by FY32.
This projection is nearly double the 13.56 GW estimate from March 2026.
Peak electricity demand is expected to exceed 388 GW by March 2032.
The additional load will be served primarily by renewable energy.
Transmission infrastructure will be built in phases, including renewable capacity.
The ministry is discussing with industry on reliable power supply and grid balancing.
It is considering locating data centres away from urban centres to reduce transmission congestion.

AI data centres consume huge amounts of electricity, straining the grid.
Operators face high power consumption, limited renewable access, land acquisition hurdles, cooling needs, and rising capital costs.
Protests in Thane against Amazon's proposed 422 MW data centre over noise, electricity, and tree felling highlight local opposition.
Major companies are investing heavily: Reliance plans ₹10 lakh crore, Google $15 billion, Microsoft $3 billion in Indian AI infrastructure.

The Ministry of Power is the government body responsible for electricity policy, planning, and regulation in India.
It oversees generation, transmission, and distribution of electricity across the country.
It sets targets for renewable energy capacity and grid infrastructure development.
It coordinates with state governments, power utilities, and private sector players.

The ministry will continue discussions with industry on reliable power supply and grid balancing.
It will build transmission infrastructure in phases, including renewable capacity.
It will consider locating data centres away from urban centres to reduce transmission congestion.