India has opened its nuclear power sector to private firms, a historic policy reversal aimed at meeting the nation’s rapidly escalating electricity demand, particularly from the booming artificial intelligence (AI) industry and data centers. For decades, only state-owned entities were permitted to develop and operate nuclear facilities.
The Department of Atomic Energy recently issued new regulations following the passage of the ‘Sustainable Utilization and Development of Nuclear Energy for India’s Transformation (SHANTI) Act,’ which paves the way for private investment. This move is crucial for India to achieve its ambitious goal of increasing nuclear power capacity to 100 gigawatts (GW) by 2047, a more than tenfold jump from its current approximate 9 GW. This strategic shift underscores India’s commitment to securing a stable, carbon-free energy supply for its growing economy and advanced technological ambitions.
Traditional renewable sources like solar and wind struggle to provide the 24/7 stable power required by hyperscale data centers, which can consume as much electricity as a small city. Nuclear power is seen as an essential ‘baseload’ energy source to bridge this gap. Leading Indian conglomerates, including Tata Power (Tata Group) and Adani Group, have already begun exploring opportunities, with reports of site acquisitions for new reactor projects. The state of Maharashtra, for instance, announced securing 25.4 GW of nuclear projects with an investment of approximately $67 billion from private players.
While this liberalization is expected to attract significant private capital and accelerate technological advancements, including in Small Modular Reactors (SMRs), challenges remain. These include securing sites, navigating regulatory complexities, and ensuring the grid infrastructure can handle large, concentrated power loads. The policy change is anticipated to boost the nuclear energy sector globally and locally, potentially leading to increased valuations for companies involved in nuclear power generation and SMR development. It highlights the growing premium on reliable energy sources in the age of advanced computing.
Wu-sek Jung
Global Markets Desk · World
