NTPC’s plan to begin feasibility studies in more states, including Uttar Pradesh, marks a shift from broad national nuclear targets to the difficult work of identifying sites, securing approvals and building the infrastructure needed to support large power projects. The state-owned company is targeting 30 GW of nuclear capacity by 2047, while the Union government has set an overall national goal of 100 GW.
The immediate announcement is about locations. NTPC has completed feasibility studies in Madhya Pradesh, Bihar and Odisha, and is preparing to explore additional states. A senior company official told PTI that Banka in Bihar, Basai in Madhya Pradesh and Nabarangpur in Odisha have emerged as potential sites. Uttar Pradesh is also on the company’s list for upcoming feasibility studies.
That process is significant because a nuclear project is not approved simply by identifying land. The feasibility study is submitted to the Department of Atomic Energy, after which the Standing Site Selection Committee reviews the proposal. If the site is considered technically feasible, the proposal moves to the Atomic Energy Commission for further processing. The sequence places site selection within a specialised national institutional framework rather than leaving it to an individual state or power company.
The scale of NTPC’s ambition also changes the nature of the planning challenge. The company is considering an average project of 1,400 MW, comprising two units of 700 MW each. Its stated objective is to use nuclear power as part of a wider energy diversification strategy and to expand non-fossil fuel energy capacity to at least 2 GW by 2032, according to the report.
NTPC’s nuclear plan therefore sits at the intersection of national energy policy and local land and infrastructure decisions. A nuclear site requires continuous water supply, and the company’s plans will have to be assessed against the availability and reliability of that resource. The report notes that five litres of water are needed to produce one unit of nuclear power. Land needs also vary by project size, with a one-square-kilometre exclusion zone identified among the requirements.
These conditions mean that the feasibility stage is not merely a technical formality. It is the point at which the suitability of a location begins to be tested against water availability, land requirements, surrounding settlements and the ability to connect the eventual plant to the wider electricity system. The supplied report does not establish whether any of the identified locations has received final approval, acquired land or secured construction funding. At this stage, they remain potential sites emerging from feasibility studies.
The financial scale is equally substantial. Industry estimates cited in the report suggest that establishing 1 GW of nuclear capacity typically requires an investment of Rs 15,000-20,000 crore. The timeframe from concept to commissioning could be at least three years, although the report does not provide a project-specific schedule for any of NTPC’s proposed locations.
At the national level, the Central Electricity Authority has estimated that Rs 15 lakh crore would be required to raise India’s nuclear capacity to 100 GW. That expansion would involve adding around 91 GW to the country’s current 8.8 GW of nuclear capacity. The figures show that the government’s target is not a marginal addition to the electricity system; it would require a large, sustained expansion of generation assets and associated infrastructure.
The financial requirement also explains why technology partnerships are part of NTPC’s strategy. The company is exploring collaborations with Westinghouse of the United States, Russia’s Rosatom and France’s EDF for the deployment of large pressurised water reactor projects in India. The report does not state that any of these collaborations has been finalised. Their inclusion in NTPC’s exploration process indicates that technology selection and partnership structures remain part of the programme’s development phase.
For cities and regions, the effects of such projects extend beyond the plant boundary. Large power facilities require access roads, transmission connections, construction logistics, worker accommodation and service infrastructure. They can also alter the economic role of the locations selected for development. However, the supplied material does not provide estimates of employment, resettlement, local revenue or specific transmission investments for Banka, Basai, Nabarangpur or any future Uttar Pradesh site.
This distinction between national capacity and local readiness is central to understanding the programme. A national target can specify how much capacity is desired, but feasibility studies determine whether a particular location can support the technical and physical requirements of a project. The process also determines how quickly an announcement can move towards construction. NTPC’s target of 30 GW by 2047 is therefore dependent on a chain of decisions involving the company, the Department of Atomic Energy, the Standing Site Selection Committee, the Atomic Energy Commission and potential technology partners.
NTPC enters this process with an established position in India’s power system. The company began with thermal generation and has expanded into coal, gas and liquid fuel, hydro and solar power. With more than 91,000 MW of installed capacity, it is described in the report as India’s largest energy-generating company and as supplying one-fourth of the country’s electricity demand.
That institutional scale gives NTPC a stronger platform for diversification, but it does not remove the specific constraints associated with nuclear projects. Continuous water supply, exclusion zones, large capital requirements, specialised approvals and long development periods make nuclear capacity different from simply adding another generation source to an existing portfolio. The company’s experience across several energy technologies may support its expansion, but the nuclear programme will still depend on decisions and approvals outside the company’s sole control.
The proposed locations also illustrate the geographic dimension of India’s nuclear ambitions. Feasibility work is being undertaken across Bihar, Madhya Pradesh and Odisha, with more states expected to be explored. The inclusion of Uttar Pradesh would broaden the search further. The report does not explain how the states were prioritised or compare their water, land, grid or population conditions, so no conclusion can yet be drawn about which locations are most suitable.
What is clear is that the programme is moving into a screening and institutional review phase. The immediate milestones are the completion of additional feasibility studies, submission of proposals to the Department of Atomic Energy and review by the relevant site-selection bodies. Only after those steps can the status of individual locations become clearer.
NTPC’s nuclear programme is thus less a single project announcement than an expanding pipeline of potential projects. Its success will be measured not only by the ambition of the 30 GW target, but by whether sites can pass technical review, obtain the required approvals, secure the necessary investment and meet the water, land and connectivity conditions identified in the feasibility process. For now, the evidence confirms an expanded search for locations and a defined institutional pathway, while final site approvals, project financing and construction timelines remain unresolved.
