The ongoing West Asian supply chain disruptions have exposed a major vulnerability – over 96% of India’s 350 million vehicles run on imported petrol or diesel. India currently imports nearly 89% of its crude oil requirements, and the dependence on oil imports is unlikely to decline significantly even in the long term. This has renewed calls to cut fuel use and accelerate electric vehicle (EV) adoption, further reinforced by the prime minister’s recent calls for austerity. However, India also imports over 90% of its lithium-ion cells, along with lithium and cobalt, for manufacturing EV batteries. Does this mean India risks trading its dependence on imported oil for a new reliance on imported battery cells and minerals? Yes, but it is a risk worth taking. Why is this trade-off more strategic?The answer lies in the difference between the dependencies: Conventional vehicles are built in India but run on imported fuel, whereas EVs rely on imported components but run on domestically generated electricity. Oil dependence is continuous; battery dependence is largely upfront and can decline over time. Neither is a perfect solution, but EVs offer a strategic form of dependence. Why EV dependence is differentThe battery cost is fallingCrude oil prices are shaped by the Organisation of the Petroleum Exporting Countries’ decisions and geopolitical tensions, while battery prices depend more on Chinese industrial policy and supply chain control. The key difference is in the trend: crude has become about 70% more expensive over the past decade, whereas battery pack prices have fallen by around 60%. Battery minerals are circularOil, once burnt, is gone, but battery minerals can be recovered. After 8–10 years ( average battery life), batteries can be reused, repurposed, and recycled. Driven by the National Critical Minerals Mission and the Battery Waste Management Rules, India’s battery circularity ecosystem is rapidly emerging. Recent studies have estimated that by 2030, recycling alone could meet 40%-50% of India’s total EV battery mineral demand, significantly reducing the dependence on China.Battery mineral dependence is diversifiableConventional vehicles offer few pathways to reduce fuel dependence; ethanol blending can marginally reduce fuel imports and emissions but is unlikely to eliminate the dependence. Battery technologies, however, can diversify or reduce our import dependence. While imports may be necessary in the near term, the long-term opportunity lies in developing the domestic ecosystem and reducing strategic dependence. Advancements have already reduced the need for critical minerals such as cobalt or nickel, while alternative chemistries such as sodium-ion can reduce dependence on lithium supply chains.Energy is locally generatedOil is extracted abroad, priced abroad, and shipped through vulnerable routes outside India’s control. Electricity is generated domestically – with an increasingly diverse mix such as coal, solar, and wind – and priced by Indian regulators. This is the structural advantage of electrification. Even if EVs account for over 75% of annual vehicle sales by 2040, the resulting electricity demand would represent less than 10% of India’s total electricity consumption, a share the grid can absorb. India generates about 30% of its electricity from non-fossil sources, and that share is increasing. As the grid becomes cleaner, the EV fleet automatically becomes cleaner – without altering a single vehicle. This has no equivalent in the oil economy. EV and battery manufacturing can create jobsFuel imports do not significantly stimulate domestic economic activity. By contrast, domestic EV components and battery manufacturing can generate jobs within India. Driven by the Production Linked Incentive (PLI) schemes (for battery cells and EVs) and Viksit Bharat 2047, the EV sector can generate 50 lakh–1 crore direct and indirect jobs by 2040 as per a global study. In conclusion, battery and mineral imports are not risk-free. But they are a manageable form of dependence: costs are falling, recycling can reduce imports, and domestic industry can grow around them. None of these applies to crude oil. Having said this, India must act now on the underlying structural gaps to avoid falling into a new dependency trap. Recycling needs immediate attention because the current Battery management rules lack strong enforcement and collection infrastructure. Expanding manufacturing requires sustained PLI support and patient private investments. Indigenous battery chemistries and technologies need stronger university and industry partnerships and public research funding. Skill development must begin now to prepare a workforce for jobs that will become available 2040. The fuel crisis is a warning. Whether India treats this as an emergency or an opportunity depends on the actions it takes in the next five years.Spurthi Ravuri is a Research Scientist, and Thirumalai NC is Sector Head, Strategic Studies, at the Center for Study of Science, Technology and Policy (CSTEP), a research-based think tank.