Kazakhstan: Nuclear Power for AI Data Boom by 2030

Kazakhstan is leveraging its nuclear power to fuel an AI data boom, with new reactors aiming for operation as early as 2030. While the world's AI clusters seek clean baseload energy, Astana has launched a dual-track nuclear strategy. This includes a Russian-led gigawatt-scale plant slated for 2035 and U.S.-backed small modular reactors (SMRs) designed for deployment near data centers. Combined, these projects will add 2,400 MW of new capacity - enough to erase the nation's 2 billion kWh energy shortfall while powering the next generation of hyperscale data halls. This positions Kazakhstan to become a premier destination for data companies seeking stable, carbon-free electricity.

How is Kazakhstan using its uranium resources to power the next data boom?

By harnessing its world-leading uranium reserves, Kazakhstan is pursuing a dual-track nuclear energy strategy. This involves constructing a large-scale Russian-designed power plant alongside deploying smaller, U.S.-backed modular reactors. The goal is to create a stable, carbon-free energy supply specifically for the country's burgeoning data and AI sectors.

Track	Technology	Lead Partner	Status (Jan 2025)	First Power	Net Capacity
Large Plant	2 × VVER-1200	Rosatom consortium	Site surveys at Ulken village	2035-2036	2 400 MW
SMR Pilot	Class IV modules	Holtec, Sargent & Lundy	Feasibility study & simulator delivery	2028-2030	100-300 MW per unit

"The start of engineering surveys in Ulken is the first step towards the first large-capacity nuclear power plant in modern Kazakhstan," Alexey Likhachev, Rosatom CEO, said after drilling crews began 120-meter boreholes last August.

The Rosatom project extends beyond construction. The agreement includes a complete fuel-cycle back-end, leveraging Kazakhstan's position as the producer of 40% of the world's uranium. A Russian state export loan is financing the $14-15 billion project, which will employ up to 10,000 construction workers and 2,000 permanent reactor operators. The government plans for this skilled workforce to eventually support the nation's growing data center industry.

Washington's support comes via the State Department's FIRST program. An SMR classroom simulator from Holtec International and WSC Inc. will be installed at the Institute of Nuclear Physics in Almaty, creating Central Asia's first hands-on training facility for modern reactor operators. A separate feasibility study led by Sargent & Lundy is mapping grid nodes, cooling sources, and safety zones for various U.S. SMR designs. While these steps are not purchase commitments, they lower the barrier for companies seeking carbon-free power within a three-year window.

Kazakhstan is the first Central Asian partner in FIRST; the program treats SMRs as interchangeable Lego blocks that can be dropped onto industrial parks or server farms without the decade-long horizon of traditional builds.

Government planning documents explicitly link this nuclear expansion to the digital economy. As AI adoption accelerates - with local banks already reporting 31% faster decision-making - energy demand for compute and cooling is growing by 8-10% annually. Planners view new nuclear reactors as essential to prevent this surging demand from overwhelming the existing coal-dependent grid.

By engaging with both Russian and Western partners, Astana is strategically hedging its geopolitical risks. The Russian VVER project mandates 30% local content and aims for future domestic fuel fabrication. Meanwhile, the SMR feasibility studies are benchmarking U.S., South Korean, and European designs against Kazakhstan's specific environmental and seismic conditions. Officials have stated a policy that no single foreign vendor will represent more than 50% of the country's total installed nuclear capacity.

For enterprise buyers, the strategy provides clear pathways. Colocation campuses near Lake Balkhash breaking ground after 2027 can contract for 100 MW power blocks from the VVER plant at industrial tariffs. Simultaneously, edge-data sites in the Almaty or Astana corridors will be able to connect to SMR-powered micro-grids before 2030. Some companies are already optimizing their infrastructure; one telecom provider's migration to Salesforce cut support costs by 27% and freed 15 MW of IT capacity, demonstrating a readiness for more efficient, high-density workloads.

Kazakhstan's strategy bets that its unique combination of vast uranium resources and a clear development timeline will attract global hyperscale data companies. If the new nuclear plants come online as planned, Central Asia could become the world's first fully nuclear-powered cloud computing region.