Prepared by: Brian Lee, Ph.D.
Senior Advisor, MIT Open Learning | Co-founder, NUXORI.

Context and Opportunity  

India’s digital economy (AI, fintech, hyperscale cloud) is projected to add 50–70 GW of new data center demand by 2030. Current grid constraints, coal retirements, and intermittent renewables cannot deliver 24/7 carbon-free power at the reliability hyperscalers require. Small Nuclear Reactors (SNR/SMRs) offer a right-sized, modular, and bankable solution, co locatable with data centers and industrial hubs.  

Strategic Rationale  

1. Energy Security & Net-Zero Goals  

1.1. Reduces reliance on fossil imports; supports India’s net-zero 2070 pledge.  

1.2. Delivers firm, green baseload at a competitive LCOE of $55–65/MWh, trending toward ≤$55 with localization.  

2. Geopolitical & Industrial Advantage  

2.1. Builds India’s position as an export hub for SMR-powered campuses to ASEAN, Africa, and the Middle East.  

2.2. Aligns with Make-in-India and the thorium roadmap for long-term independence.  3. Technology Fit  

3.1. SNRs (100–300 MW) scale with DC clusters better than India’s 700 MW PHWRs.  

3.2. Passive safety and smaller footprint enable siting near tech hubs like Chennai, Hyderabad, Bengaluru, and Gujarat.  

Phased Roadmap (2025–2050)  

1. 2025–2029: Bridge supply with RE + BESS + firming contracts; begin district cooling.  

2. 2029–2033: FOAK SNR deployment (Korea–India JV, SMART100/i-SMR, ~200–300 MW).  

3. 2033–2040: Nth-of-a-kind replication with ≥60% localization; indigenous BSMR-200 enters.  

4. 2040–2050: Fleet scale and exports; multiple campuses (1–5 GW each) across metros, ports, and industrial corridors.  

High-Priority Verticals  

1. Tier 1 Anchors:  

1.1. Hyperscale Data Centers + District Cooling (Chennai, Hyderabad, Gujarat).  1.2. Green Hydrogen → Ammonia (Tuticorin, Kandla, Jamnagar).  

1.3. Desalination + Water Reuse (Chennai, Gujarat).  

1.4. Semiconductor Fabs (Dholera, Sanand).  

2. Tier 2 Expansion:  

2.1. Refining & Petrochemicals, Green Steel, Ports & Bunkering, Cold-Chain & Pharma Parks.  

Partnership Strategy  

1. Korea–India Track is the most compelling:  

1.1. SMART100 design approved (2024); i-SMR targets design completion 2028 (SDO).  

1.2. Proven export EPC discipline (Barakah, UAE) + K-EXIM/K-SURE finance. The only and first on-time & on-budget program by Korean team (4 APR1400 plants)  

1.3. 2011 India–Korea civil nuclear pact already in force.  

2. Other Options:  

2.1. U.S., France, U.K.: Strong roadmaps, but SMR maturity lands mid-2030s.  

2.2. Russia/China: Technical options, but sanctions/NSG/geopolitics make them unsuitable for hyperscale DC partnerships.  

Investment and Returns  

1. CAPEX per MW: $2.5–4.5M (BSMR vs. Korea SMR).  

2. IRR Potential:  

2.1. AI Data Centers: 12–18%.  

2.2. Industrial Clusters: 10–15%.  

2.3. Desalination & Water: 8–12%.  

3. Revenue Streams: PPAs with hyperscalers, hydrogen/ammonia sales, water contracts, and carbon credits.  

Risks and Mitigation  

1. Regulatory Bottlenecks → Keep generation under NPCIL/DAE; use industrial energy park models.  

2. Public Perception → Transparent communication + community benefits (jobs, cooling, water).  

3. Financing Risk → Blend long-term DC PPAs with export credit (K-EXIM, green bonds).  4. Supply Chain → Leverage L&T, BHEL, NPCIL; scale localization to ≥60% by Phase-2.  

Call to Action  

1. Government of India: Enable PPP frameworks, expedite AERB licensing, and support sovereign green bonds.  

2. Corporate Leadership: Secure long-term PPAs; co-invest in CampusCo SPVs (power + chilled water + water reuse).  

3. Strategic Partners: Join a Korea–India Taskforce (NPCIL × KHNP/KAERI × L&T/BHEL) to deliver a pilot campus by 2030.