India's Energy Story
Crude dependence · The energy basket · Renewables surge · Thorium play · Next 10 years
India’s dependence on energy imports.
India produces almost nothing it consumes. Domestic crude output was just 28.7 million tonnes in 2024-25 — down 22.3% from a decade ago. Imports were 243 million tonnes. The gap is widening every year, not closing.
Reserves are shrinking, not growing. Proven crude oil reserves fell 12% between 2014 and 2025. Proven gas reserves fell 25% in the same period. India is drawing down what little it has.
India has overtaken China as the world’s #1 oil demand growth engine. It accounted for 25% of total global oil consumption growth in 2024-25. The driver is transport fuel (petrol, diesel), LPG for cooking, and petrochemical feedstocks.
High Import Bill. At roughly $80/barrel, India’s oil import bill exceeds $160 billion annually.
Geopolitical exposure is acute. The 2025-26 West Asia crisis demonstrated this viscerally — nearly 45% of India’s crude imports previously transited the Strait of Hormuz. India has since diversified to 40 source countries and now sources 70% of crude from outside Hormuz, but the vulnerability remains.
Energy import dependence of the top 5 economies of the world
India’s Energy Basket Today
Coal is king — and will stay that way for a while. Coal accounts for ~49% of India’s primary energy supply. Crucially, India has large domestic coal reserves and crossed the one billion tonne production mark in 2024-25. Coal import dependence is relatively low compared to oil. It’s the backbone of baseload power and industrial heat.
Oil at 21% is almost entirely imported. Used for transport and cooking (LPG). This is where import dependence hurts the most because there is no quick domestic substitute.
Traditional biomass at 21% is the hidden energy source. Over 200 million rural households still cook on firewood, dung cakes, and crop waste. It’s untracked, inefficient, and a major health hazard. The PM Ujjwala LPG scheme has helped, but biomass dependence in rural India is not going away soon.
Natural gas contributes just 6% — well below the global average. India imports 50%+ of its gas as LNG. The government wants gas to reach 15% of the energy mix by 2030, but with domestic reserves also declining, this means more imports unless green hydrogen fills the gap.
Renewables (~2% of primary energy, ~10% of electricity generation) are growing fast but are still a small slice.The key distinction: India’s installed electricity capacity is now 50% non-fossil, but that is capacity, not actual generation. Coal still generates the majority of electricity. Panels and turbines on paper are not the same as electrons in the grid.
Nuclear is small (1.5%) but strategically massive. India operates 25 reactors — the world’s 7th-largest fleet by number. The significance lies not in today’s output but in the three-stage programme pointing toward thorium-based energy independence.
The renewables surge : What’s real.
Solar is the star. From 2.82 GW in 2014 to 106 GW in 2025 — a 42-fold increase. India is the 4th largest solar nation globally. Cost of utility solar has fallen below ₹2.50/unit — cheaper than new coal plants. The 2030 solar target alone is 300 GW.
Wind is steady. 50 GW installed, growing toward a 100 GW target by 2030. Offshore wind is still nascent but has a long coastline to exploit. Tamil Nadu, Gujarat, Andhra Pradesh, Karnataka, and Maharashtra are the wind leaders.
India hit 50% non-fossil electricity capacity 5 years ahead of schedule. This is a genuine milestone. The investment ratio has flipped from 1:1 (fossil vs clean) in 2015 to 1:4 in favour of clean energy by 2025. Solar PV alone attracted $113 billion in cumulative investment over the past decade.
The grid is the bottleneck, not the panels. The MNRE (Ministry of New and Renewable Energy) signalled a temporary slowdown in RE tendering for 2026-27 because generation is outpacing grid absorption capacity. India needs 230+ GWh of battery storage and 200,000 km of new transmission lines by 2030 — an enormous infrastructure ask.
Renewables fix the electricity problem, not the oil problem. Solar and wind reduce coal in power generation. They don’t reduce petrol in your car or LPG in your kitchen. The bridge to oil demand reduction runs exclusively through EV adoption and biofuels — and that transition takes time.
Thorium - the long game.
India holds ~25% of global thorium reserves. This is the country’s most significant energy asset — bigger than its oil fields, more strategic than its coal. Thorium is three times more abundant than uranium globally, and India’s monazite-rich coastal sands hold one of the world’s largest deposits.
The Three-Stage nuclear programme is the mechanism to unlock it. Stage 1 (PHWRs on natural uranium — complete). Stage 2 (Fast Breeder Reactors that breed plutonium and U-233 from thorium — now underway). Stage 3 (Advanced Heavy Water Reactors running on thorium-bred U-233 — still in R&D).
April 2025 was a historic milestone. The 500 MWe Prototype Fast Breeder Reactor (PFBR) at Kalpakkam achieved first criticality — 22 years after the project began. India is only the second country after Russia to operate a commercial fast breeder reactor. This is the key to Stage 3.
The AHWR (Stage 3 reactor) has not yet started construction as of 2026. It remains in R&D at BARC. The timeline for commercial thorium power is 2040s at the earliest. This is a 2040 story, not a 2030 story.
The Next 10 Years: What the Data Says (2025–2035)
Oil demand will rise sharply — from 5.4 Mb/d to 7.8 Mb/d by 2035. More cars (12,000 added daily), more aviation, more LPG use, and petrochemical feedstock growth will drive this. India is projected to be the largest contributor to global oil demand growth through 2035. Import dependence could climb from 89% today to ~92% by 2035.
Natural gas demand to nearly double — to 140 BCM by 2035. City gas networks, industrial use, and cleaner cooking fuels will drive this. LNG imports will rise sharply to ~50 BCM. India will remain significantly gas-import dependent unless green hydrogen scales rapidly.
Coal demand will grow moderately until ~2035, then plateau. Despite all the clean energy investment, coal remains the dispatchable backbone of the grid. The IEA projects a coal demand plateau around 2035 — not a sharp decline. Industrial heat and cement/steel production keep coal in the mix.
Non-fossil electricity capacity to hit 60% of total by 2030, 70% by 2035. Solar and wind generation will rise from 11% of electricity today to 25% by 2030 and nearly 40% by 2035. Over 95% of all new electricity capacity additions between now and 2035 will be non-fossil.
Nuclear capacity to triple by 2035. From ~8 GW today to 24+ GW. With the PFBR (Prototype Fast Breeder Reactor) now operational and the SHANTI Bill opening private/FDI participation, new PHWR (Pressurised Heavy Water Reactor), SMR(Small Modular Reactor), and imported reactor projects will accelerate. Nuclear capacity is targeted at 100 GW by 2047.
GDP grows at 6.1% annually — India will add one Bangalore to its urban population every year. 40% more built-up floor space, 250 million new air conditioners, and 12,000 new cars daily. Per capita income rises 75% by 2035. More prosperity = more energy demand. There is no scenario where India’s total energy use declines in this decade.
Grid infrastructure is the critical constraint. India needs 230+ GWh of battery storage and 200,000 km of new transmission lines — including 60,000 km dedicated to renewable integration — just to absorb its own clean energy. Investment must grow to $68 billion/year by 2032, a 20% compounded annual increase. Financing this is achievable; executing it is harder.
Carbon intensity will fall ~45% by 2035, even as total energy demand surges. The economy is decarbonising in intensity terms (less CO₂ per unit of GDP) even while absolute emissions keep rising. A national carbon market launches for select industries in 2026.
The problem is large - multiple solutions required.
The 10-year demand picture is stark. Oil use is projected to rise from about 5.5 million barrels per day in 2024 to around 8 million barrels per day by 2035, with nearly half of additional global oil demand over this period expected to come from India alone. gktoday Total energy demand will increase by over 15 exajoules by 2035 — nearly matching the combined growth from China and all of Southeast Asia. IBEF
The electricity side is genuinely transforming. Non-fossil sources are projected to constitute 60% of installed capacity by 2030 and 70% by 2035, with solar and wind generation rising from 11% of electricity currently to nearly 40% by 2035. IBEF
On cutting imports, the most urgent action is happening right now. The ethanol blending programme has already substituted 270 lakh metric tonnes of crude oil since 2014 and saved roughly ₹1.59 lakh crore in foreign exchange. Press Information Bureau And just two days ago, Union Minister Gadkari stated that India must aim for 100% ethanol blending to secure energy independence, calling the West Asia crisis an exposure of India’s vulnerability. The Logical Indian
The core tension of the next decade: India needs more energy to grow, its clean transition is real but concentrated in electricity, and its oil import problem will get worse before it gets better - ans that’s a major problem.