A data-driven overview of India's current energy mix, import vulnerabilities, bio-based and clean substitutes, and the roadmap to energy security — drawing on IEA, MoPNG, MNRE, and CEA official data.
India's energy system is heavily fossil-fuel dependent, with coal forming the backbone of electricity generation and oil dominating the transport sector. Renewables are the fastest-growing segment, with India targeting 500 GW of non-fossil electricity capacity by 2030. The data below reflects the 2023–24 picture based on IEA, CEA, and MoPNG reporting.
India's energy import bill exceeded $165 billion in FY2023–24, accounting for approximately 25–30% of total merchandise imports. Oil alone constitutes the single largest import item. Dependence on a narrow set of suppliers creates geopolitical and price-shock risks.
| Energy Type | Import Volume | Import Dep. | Top Suppliers | Geo Risk | Price Risk | Trend |
|---|---|---|---|---|---|---|
| Crude Oil | 232 MT (FY24) | 87.6% | Russia 35%, Iraq 22%, Saudi 16%, UAE 7% | Very High | Very High | 📈 Rising |
| LNG / Natural Gas | ~27 BCM equiv. | ~50% | Qatar 35%, UAE 15%, USA 14%, Oman 12% | Medium | High | 📈 Rising |
| Thermal Coal | ~265 MT (FY24) | ~25% | Indonesia 40%, Australia 30%, S. Africa 15% | Medium | Medium | 📉 Expected to fall |
| Coking Coal | ~60 MT | >85% | Australia 45%, USA 25%, Russia 20% | High | High | ↔️ Stable |
| Uranium | ~600–700 tU/yr | ~60% | Kazakhstan, Russia, Canada, France | Medium | Low | 📈 Will rise with nuclear expansion |
| Solar Modules | ~20 GW (2023) | ~60% | China >95% of imports | High | Medium | 📉 Falling (PLI schemes) |
| Li-ion Batteries (EVs) | Growing fast | >70% | China dominant | High | Medium | 📉 Falling (ACC PLI) |
Sources: Ministry of Petroleum & Natural Gas (MoPNG) Annual Report 2023–24; IEA India 2020 Energy Policy Review (updated); CEA Annual Report 2023–24; IEA ETP 2024.
⚠️ Russia's rapid rise to #1 supplier increases geopolitical concentration risk despite favourable pricing. Secondary sanctions risk from US/EU remains a concern for Indian refiners and banks.
The table below maps each major fossil fuel use to its most viable alternatives for India — considering technology readiness, domestic resource availability, cost competitiveness, and policy support as per IEA ETP 2024 and India's National Energy policies.
India's biomass resource base is vast — ~500 MT/year of agricultural residues, 300+ MT of cattle/municipal waste, abundant sugarcane. The full utilisation potential could replace significant fossil fuel volumes:
Mapping bio-based and clean alternatives along two axes: Technology Readiness Level (TRL) / deployment readiness (Y-axis) and effectiveness as a substitute for oil and gas (X-axis). This framework — adapted from the 2×2 provided — identifies which technologies India should prioritise now vs. invest for the future.
India's energy transition is not a single leap — it unfolds in overlapping waves, with near-term actions on deployable technologies (EVs, ethanol, solar) while simultaneously building the infrastructure for medium and long-term shifts (green hydrogen, offshore wind, nuclear expansion). The pathway below draws from India's official targets and IEA projections.
| Technology / Initiative | 2022 | 2023 | 2024 | 2025 | 2026 | 2027 | 2028 | 2029 | 2030 | 2035 | 2047 | 2070 |
|---|
This dashboard draws exclusively on official government, intergovernmental, and peer-reviewed sources. No Wikipedia entries were used.
Note: Some figures (import shares, capacity numbers) reflect FY2023–24 data as reported in above sources. TRL assessments are based on IEA ETP 2024 classification and the 2×2 framework provided. This dashboard is intended for informational and analytical purposes. Percentages are approximate and may differ slightly across sources due to varying methodologies and reporting periods.