Trade Deals, Partnerships, and Policy Reform Position India as the Nuclear Darling

India has shifted its nuclear policy from ambition to execution. Capacity targets, legal reform, and fuel agreements now align to create a viable framework built on sustained, increased demand for nuclear reactors and the uranium to fuel them.

Scale First, Then Supply

As TradersQue previously reported, the Indian government continues reaffirming its national target of 100GW of nuclear capacity by 2047, up from a mere 9GW currently, with an interim goal of roughly 22GW by 2032. Nuclear power currently accounts for just over 3% of the country’s electricity, underscoring the gap that India wishes to fill.

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Achieving 100GW implies the construction of up to 100 large reactors (or equivalent SMR mix), now rendering India among the largest future nuclear markets. Even at partial realization, the commitment reflects scaled long-term fuel demand.

Reactor fuel requirements further highlight the scale of this demand. A typical nuclear plant requires about 200MT-250MT of uranium/GW annually. At 50GW of installed capacity, annual demand would reach approximately 9,000MT-11,000MT. This level would account for around a remarkable 15% of current global uranium consumption.

Demand Becomes Imperative

India’s electricity demand is projected to reach 2,500TWh by 2030, an increase of 66% just from 2024 levels. At present, coal accounts for 57% of generation, which creates two fundamental pressures: exposure to supply risk and rising constraints from decarbonization targets, including becoming net zero by 2070.

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Nuclear energy addresses both constraints through its operating profile. Reactors typically achieve capacity factors above 85%, which provides stable baseload power. At the same time, nuclear generation produces minimal direct emissions (e.g., Scope 1 GHG emissions), allowing it to stack with certain renewable energy sources without increasing carbon intensity (CI).

Law as Enabler, Not Constraint

The bill also grants statutory authority to the Atomic Energy Regulatory Board (AREB), helping strengthen oversight and improve regulation efficiency. These changes, alongside earlier liability adjustments, attract foreign suppliers by providing more favorable conditions. It also enables broader use of public–private partnership models that support project financing and completion, as well as power generation and equipment supply. This legislation immediately makes India more investable.

Fuel Security Precedes Build-Out

India is proactively locking in uranium supply and reactor partnerships, reducing execution risk and accelerating deployment timelines. This approach secures fuel supply in advance of capacity growth and reduces exposure to market volatility.

Enter the recent Canada–India uranium supply agreement announced in early March. Valued at approximately CAD $2.6 billion (USD $1.88 billion), the deal provides 22 million pounds of uranium from Cameco by ensuring nuclear fuel availability for expansion.

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This agreement also operates within a broader Canada–India Strategic Energy Partnership that includes LNG, critical minerals, and clean energy cooperation. The wider framework supports shifting supply chains and reducing dependence on any single source or region.

At the same time, India continues to deepen nuclear cooperation with Russia. This includes the expansion of the Kudankulam project, the country’s largest nuclear site, as well as collaboration across fuel supply, reactor technology, and local manufacturing. Russia’s VVER reactor design remains central to this partnership.

These arrangements establish for India a stable external supply base. They also reinforce for the world’s most populous country a dual strategy: secure uranium abroad while simultaneously increasing nuclear capacity domestically.

Scalable Nuclear Horizons

Final Thoughts

India’s nuclear trajectory reflects the alignment of policy, law, supply, and technology. A 100GW capacity target establishes scale. Legislative reform, including the SHANTI Bill and liability adjustments, improves investment conditions.

“India represents a High-certainty, policy-backed, multi-decade demand center for nuclear fuel and reactor deployment.”

Long-term uranium agreements with partners such as Canada and Russia secure fuel inputs. At the same time, a diversified reactor strategy spanning large plants, small modular reactors, and advanced systems broadens deployment pathways.

Investments for Consideration

India’s nuclear energy investment landscape remains limited for U.S.-based investors. The country’s nuclear generation assets are state-owned and not publicly listed, pushing market exposure to supply chains (e.g., engineering firms, manufacturers, utilities, and diversified funds) in most cases.

Below is a consolidated list of accessible ADRs, internationally traded Indian equities, and ETFs. NOTE: TradersQue is neither invested in nor under contract with any listed company.

ETFs

iShares MSCI India (NYSE: INDA)

This broad India ETF tracks large- and mid-cap Indian equities including industrial, power, and infrastructure firms such as Larsen & Toubro, Ltd. and NTPC, Ltd. (see Pure Plays above) and indirectly capturing nuclear expansion while offering deep liquidity.

WisdomTree India Earnings Fund (NYSE: EPI)

This earnings-weighted India ETF provides exposure to profitable Indian companies with meaningful allocations to industrial and energy sectors tied to nuclear supply chains, offering a slightly stronger industrial tilt than INDA.

VanEck Uranium and Nuclear Energy (NYSE: NLR)

This global nuclear-focused ETF invests in uranium producers and reactor technology firms, delivering the strongest pure nuclear exposure among ETFs, though with limited India-specific allocation.

ADRs / U.S.-Listed Equities

ICICI Bank Ltd. (NYSE: IBN)

This ADR represents a major private-sector bank providing project financing and institutional capital flows that support large-scale infrastructure and energy development, including nuclear-adjacent investments.

HDFC Bank Ltd. (NYSE: HDB)

This ADR represents one of India’s largest financial institutions with consistent exposure to infrastructure lending, offering indirect participation in nuclear expansion through capital deployment.

Infosys Ltd. (NYSE: INFY)

This ADR represents a global IT and engineering services firm providing digital infrastructure, automation, and systems integration for large-scale industrial and energy projects, including those relevant to nuclear facilities.