Narrate Nuclear Power growth in India. Add a note on Nuclear Fuel reserves in the country.

Question

Ghissu Editorial · Accepted Answer

India's nuclear power, run by DAE and NPCIL, has grown to about 8.7 GW through indigenous PHWRs and post-2008 NSG cooperation, targeting 22.48 GW by 2031-32 and 100 GW by 2047. Uranium is scarce, but India has the largest thorium reserves globally, and Andhra Pradesh hosts the Tummalapalle uranium mine.

**Introduction**

Nuclear power is central to India’s clean energy transition, aiming for 100 GW capacity by 2047 to meet rising demand and climate goals.

**Institutional Framework and Capacity Expansion⟦1⟧**

1. **Strong Institutional Base**: The Department of Atomic Energy and NPCIL oversee reactor construction and fuel management, ensuring steady growth.  
2. **Global Partnerships**: Post-2008 NSG waiver, India signed civil nuclear deals with the US, Russia, France, and Kazakhstan, facilitating technology transfer and fuel imports.  
3. **Indigenous Technology**: Development of PHWRs and the Prototype Fast Breeder Reactor⟦2⟧ at Kalpakkam marks progress in India’s three-stage nuclear program.  
4. **State-Level Link**: ==Andhra Pradesh== hosts the proposed Kovvada nuclear park in Srikakulam and the Tummalapalle uranium mine and mill in YSR Kadapa.

**Implementation Challenges and Fuel Reserves**

1. **Capacity Growth**: Installed nuclear capacity is 8.7 GW (2025), with plans for 22.48 GW by 2031-32 through new reactors and collaborations.  
3. **Thorium Reserves**: India has the world’s largest thorium reserves, concentrated in coastal states including ==Andhra Pradesh==, key for future thorium reactors.

**Economic and Strategic Outcomes**

2. **Economic Growth**: Nuclear expansion drives high-tech jobs and regional development, benefiting ==Andhra Pradesh’s industrial corridors==.  
3. **Strategic Autonomy**: Indigenous technology and fuel cycle capabilities reduce geopolitical vulnerabilities.

**Way Forward**

1. **Thorium Reactor R&D**: Prioritize thorium-based reactor development for sustainable fuel security.  
2. **Fuel Supply Diversification**: Expand uranium mining, including at ==Tummalapalle in Andhra Pradesh==, and diversify imports.  
3. **Public Engagement**: Strengthen safety frameworks and transparent communication to build trust.  
4. **State Integration**: Promote nuclear infrastructure aligned with state industrial plans, especially in ==Andhra Pradesh==.

**Conclusion**

India’s nuclear power growth, leveraging thorium reserves and indigenous technology, is crucial for a sustainable, low-carbon energy future and strategic autonomy.

భారతదేశంలో అణుశక్తి (Nuclear Power) వృద్ధిని వివరించండి. దేశంలో అణు ఇంధన నిల్వలపై ఒక నోట్ జోడించండి.

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