India’s Nuclear Energy Target: Insolvency Risks Ahead

India’s ambitious target of achieving 100 GW nuclear energy capacity by 2047, underpinned by the new Shanti Act, faces a critical structural vulnerability: an inadequate insolvency framework. While the Act aims to attract private investment, it conspicuously omits clear provisions for handling nuclear licensees under the Insolvency and Bankruptcy Code (IBC) in the event of financial distress, a fundamental oversight given the sector’s global history of project failures.

This omission is not merely a technicality; it reflects a deeper, recurring pattern of financial fragility inherent in large-scale nuclear projects worldwide. Historically, ventures like the Washington Public Power Supply System (WPPSS) in the US, British Energy Plc (BE) in the UK, and Westinghouse Electric Corporation (WEC) have succumbed to bankruptcy. Their failures were rooted in common structural issues: massive cost overruns, extensive delays, unproven technologies, regulatory shifts, and volatile market conditions, leading to billions in losses and eventual corporate restructurings or liquidations.

India’s own nuclear development mirrors these global trends, with domestic projects routinely experiencing significant time and cost escalations. The average construction timeline for nuclear plants often exceeds ten years, making the 100 GW target within a two-decade window exceptionally challenging from an execution standpoint. Furthermore, the economic viability of new nuclear capacity is under pressure, with nuclear tariffs exceeding ₹6 per kWh, starkly higher than the ₹3.1–3.5 per kWh seen in solar and storage solutions.

The path to 100 GW also necessitates a dramatic expansion of critical inputs, including heavy water, natural uranium, and enriched uranium, much of which India currently imports. This dependence introduces significant supply chain risk, especially as global uranium demand is projected to surge, concentrating supply power in a few nations like Russia and fueling price volatility. The reliance on Small Modular Reactors (SMRs) as a potential solution is equally tenuous, as no commercial SMRs are yet operational, leaving their cost-effectiveness, construction timelines, and waste generation profiles largely unproven.

Compounding these issues are evolving regulatory hurdles, particularly in safety standards, which could impose unforeseen costs on licensees. Crucially, the Central Government’s authority to fix nuclear energy tariffs introduces a structural market distortion. This power could lead to a scenario where tariffs are either too high for distribution companies to absorb or too low for private operators to achieve profitability, creating a fundamental mismatch between operational costs and revenue potential.

The confluence of an ambiguous insolvency framework, historical global and domestic project finance challenges, high comparative costs, supply chain vulnerabilities, and regulatory pricing risks suggests that India’s nuclear expansion faces formidable structural headwinds. Achieving the 2047 target will require not just technological advancements, but a robust re-evaluation of the financial and legal architecture supporting this capital-intensive sector to ensure resilience against inevitable operational and market shocks.