Key Highlights
1. Net-Zero Goals and Power Demand
- Achieving a net-zero economy requires widespread electrification and transition from fossil-based molecules to cleaner options like hydrogen.
- Government has targeted 100 GW nuclear power capacity by 2047.
2. Role of Nuclear Power
- Nuclear is crucial as solar, wind, hydro cannot alone meet future electricity demand.
- NPCIL has planned 26 PHWRs (700 MW) with 10 under construction, following earlier projects in Gujarat, Rajasthan, and Haryana.
- India is self-sufficient in PHWR technology and manufacturing capabilities.
Hydrogen and Clean Energy Synergy
1. Low-Carbon Flexibility Challenges
- Solar and wind are intermittent; nuclear is best for base load. Flexing nuclear plants is difficult due to high capital cost and technical limitations.
- Proposals to integrate hydrogen production using electrolyzers with renewable and nuclear energy aim to reduce storage burdens.
2. Hydrogen from Electrolyzers
- Green hydrogen produced via solar and wind now incentivized.
- New classification proposed to include nuclear-based hydrogen as low-carbon hydrogen due to comparable lifecycle emissions.
Strategic Recommendations
1. Storage + Generation Synergy
- Electricity storage and hydrogen generation must be synergized to balance grid loads and improve economics.
2. Dual Policy Focus
- Policymakers urged to:
- Promote taxonomy changes to classify nuclear-powered hydrogen as low-carbon.
- Integrate hydrogen production with electricity storage (e.g. batteries) for better cost-effectiveness and reliability.
Analysis & Way Forward
- The roadmap to net-zero by 2070 needs a multi-pronged strategy: large-scale electrification, investment in stable nuclear infrastructure, and scalable hydrogen ecosystems.
- India must develop hybrid policy frameworks combining renewables, nuclear, hydrogen, and storage technologies to achieve energy security and sustainability.
Mains Mock Question:
“Discuss the role of nuclear energy and hydrogen in achieving India’s net-zero target. Evaluate the techno-economic challenges in integrating both into the energy mix.”