"Explain the Key Challenges for India's Energy Security. What Measures Do You Suggest for Ensuring Energy Security Along With Economic Growth and Sustainability?" — UPSC Mains 2026 GS3
A complete, examiner-standard 250-word model answer for the UPSC Mains 2026 GS Paper 3 question on energy security — with an import-dependence data panel, a challenge-to-measure mapping table, static core content, and the CEEW 2026 systems-risk framing.
UPSC Mains 2026 GS Paper 3 asked candidates to explain India's energy security challenges and suggest measures reconciling security, growth and sustainability. Below is a full model answer with a static-portion refresher.
"Explain the key challenges for India's energy security. What measures do you suggest for ensuring energy security along with economic growth and sustainability?" (250 words)
Model Answer
Introduction
Energy security means uninterrupted availability of energy at affordable prices. India's difficulty is that its three objectives — security, growth and sustainability — pull in different directions in the short run even as they converge in the long run. The CEEW study of June 2026 reframed the problem usefully: India's energy insecurity is now a systems risk, not merely an import-dependence problem.
Part I: The Key Challenges
- Structural, not cyclical — crude import dependence has risen rather than fallen, approaching 88-90% in 2025-26 against 84% a decade earlier, because domestic output has stagnated near 28 million tonnes while consumption climbs.
- Supplier concentration — CEEW finds roughly 85% of crude imports come from just six countries, so diversification on paper has not delivered dispersion in practice.
- Chokepoint exposure — a substantial share of crude, LPG and LNG transits the Strait of Hormuz, which handles about a fifth of global oil trade; the early-2026 West Asian disruption and the resulting LPG crisis demonstrated how quickly this transmits to households.
- Installed capacity flatters the picture — India crossed 50% non-fossil installed capacity in June 2025, five years ahead of its NDC target, yet renewables supply only about 16% of actual electricity generated. Capacity is not energy.
- Storage and grid are the binding constraint — intermittency without adequate battery and pumped storage means coal continues to underwrite baseload, and transmission and distribution losses remain around 17%.
- New import dependencies — the transition substitutes oil dependence with critical-mineral dependence; China controls roughly 70% of global lithium processing and 80-90% of rare-earth refining.
- Price transmission — crude prices rose sharply in early 2026, feeding directly into inflation, the current account and the subsidy bill; the oil and gas import bill remains among the largest components of India's import basket.
- Thin buffers — strategic reserves covering roughly 9-10 days, with about 64 further days from operational stocks, compare poorly with the 90-day IEA norm maintained by major economies.
Part II: Measures — Reconciling the Three Objectives
| Challenge | Measure | How It Serves All Three Objectives |
|---|---|---|
| Import concentration | Expand SPR toward the 90-day norm; diversify sourcing; shift to hub-indexed LNG contracts (CEEW recommendation) | Security through buffers; growth through price stability; sustainability neutral but buys transition time |
| Stagnant domestic output | The ₹84,084 crore offshore exploration package approved July 2026; new licensing framework; ONGC deepwater programme | Reduces outflow; supports refining value chain; transitional rather than permanent |
| Capacity-generation gap | Co-located storage mandates in renewable tenders; grid modernisation; cut T&D losses toward single digits | Converts installed capacity into dispatchable power — the single highest-leverage intervention |
| Mineral dependence | National Critical Mineral Mission; PLI for batteries, electrolysers and solar; KABIL overseas acquisition | Avoids trading one dependence for another while building manufacturing employment |
| Transport oil demand | Beyond 20% ethanol blending; EV adoption; industrial electrification and green hydrogen for hard-to-abate sectors | Directly displaces imported crude — the only measure that cuts the largest vulnerability at source |
Conclusion
The three objectives are not equally in tension. Diversifying suppliers buys resilience but leaves dependence intact; only domestically generated clean energy simultaneously reduces the import bill, supports growth through manufacturing, and meets climate commitments — which is why CEEW describes it as India's strongest energy-security hedge. The sequencing that follows is clear: build buffers and diversify sourcing for the next decade, while investing in storage, grid and mineral security so that the 2047 energy-independence goal rests on domestic generation rather than better-managed imports.
Targets and commitments: Panchamrit pledges announced at COP26 Glasgow (2021) — 500 GW non-fossil capacity by 2030, 50% of energy requirements from renewables, one billion tonne carbon emission reduction, 45% reduction in emissions intensity, net zero by 2070; energy independence by 2047. Current position: total installed capacity above 530 GW; non-fossil capacity around 271-275 GW in early 2026; solar above 132 GW, wind above 58 GW, nuclear about 8.78 GW (July 2026); record 44.5 GW renewable addition in calendar 2025.
Institutions and schemes: Strategic Petroleum Reserves at Visakhapatnam, Mangaluru and Padur (Phase I, 5.33 MMT) with Phase II at Chandikhol and Padur approved; International Solar Alliance; National Green Hydrogen Mission (₹19,744 crore, 5 MMT by 2030); PM Surya Ghar Muft Bijli Yojana (₹75,021 crore, 1 crore households); PM-KUSUM; National Critical Mineral Mission; Ujjwala Yojana; UJALA; PAT scheme under the Energy Conservation Act, 2001 as amended in 2022 (carbon credit trading scheme); Hydrocarbon Exploration and Licensing Policy (HELP) and Open Acreage Licensing Programme; Oilfields (Regulation and Development) Amendment Act, 2025. Reports: CEEW, How Secure is India's Energy Future? (June 2026); MoSPI Energy Statistics India 2026; IEA World Energy Investment 2026 (India energy investment about $170 billion in 2026).
Answer Writing Tips for This Question
- The question names three objectives — security, growth, sustainability. Weak answers list challenges then list schemes; strong answers show how each measure performs against all three, which is why the mapping table format works here.
- The sharpest single insight is the capacity-versus-generation gap: India crossed 50% non-fossil installed capacity, but renewables generate only about 16% of electricity. Most candidates cite the first figure and miss the second.
- Flag that the transition creates new dependencies — critical minerals replacing crude. This prevents the answer from reading as a simple "renewables solve everything" argument.
- Use CEEW's systems-risk framing — concentrated suppliers, vulnerable routes, thin reserves, refinery constraints and price exposure together, rather than import percentage alone. It is the most current and most analytically useful framing available.
- Quantify the reserve shortfall against the norm — 9-10 days of SPR cover against the 90-day IEA standard is far stronger than saying reserves are "inadequate."
- Close by ranking the measures, not listing them. Diversification buys resilience; domestic clean generation is the only lever that serves all three objectives at once. Sequencing is the judgment the question is asking for.
