India’s transport transition is often framed as a contest between internal combustion engines and electric mobility. The data, along with the lived reality of energy demand, suggest something far less binary. As Dr Chanchal Samanta, DGM of Bharat Petroleum, made clear in his remarks at the ongoing India Energy Week 2026, India is not facing a fuel choice problem. It is managing a growth problem.
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Electric vehicles are rightfully positioned as the sustainable endpoint for transport. But for a country like India, the energy system is expanding faster than substitution can realistically occur. “One is growth, and one is total growth,” Samanta said, pointing to the gap the strategists need to work out. Transport demand is rising not because fuels are inefficient, but because the economy itself is scaling.
India has set a target of installing 450 GW of renewable electricity capacity by 2030. “We are only halfway now,” Samanta noted, adding that emerging loads such as artificial intelligence and data infrastructure are already competing for that power. Transport electrification, therefore, is entering an energy system under pressure, not surplus.
This matters because the headline growth rates of EV adoption obscure absolute numbers. While electric vehicle sales are growing rapidly in percentage terms, the baseline remains small. At the present scenario, percentage growth needs more viability for volume displacement at scale.
Oil demand reflects this imbalance. India’s crude oil consumption is projected to double to around 11 million barrels per day by 2045, driven primarily by transport. Diesel demand alone is expected to reach roughly 163 million tonnes by 2029-30, long before electric alternatives mature in freight and long-haul logistics. By mid-century, liquid fuels remain structurally embedded in India’s mobility system.
“By 2050, we will still have enough petrol and diesel cars roaming around the country,” Dr Samanta said, pointing to demographic momentum rather than technological inertia. India’s expanding middle class continues to aspire to private vehicle ownership, adding to the installed base even as EV penetration rises.
Cost remains the decisive constraint. The mass adoption depends on price parity with conventional alternatives. “Cost of EV should be equivalent to the CNG car or gasoline car… if it becomes half, then people will go.” Until then, consumer behaviour will remain pragmatic rather than ideological.
Even within fleet operations, where EV adoption is most visible, economics continue to favour conventional fuels. “If you see Ola, Uber, those who are EV cars, they charge more compared to the CNG car,” Samanta said, highlighting that operating cost advantages have not yet translated into cheaper end-user pricing.
This reinforces a central point: electrification is additive, not substitutive, in the near to medium term. Two-wheelers, three-wheelers and city buses are well suited to batteries due to predictable routes and high utilisation, but these segments account for a smaller share of transport energy consumption. Freight, construction and long-distance mobility remain dominated by diesel due to energy density, refuelling speed and infrastructure reach.
Electrification also shifts emissions upstream. With India’s power grid still coal-heavy, vehicle electrification outpaces power decarbonisation, creating a timing mismatch between tailpipe reductions and actual system-level emissions. Managing that mismatch requires sequencing rather than acceleration alone.
For aluminium producers and downstream users, this overlapping transition has material consequences. EVs are significantly more aluminium-intensive than internal combustion vehicles, particularly in battery enclosures, lightweight body structures and thermal management systems. Samanta explicitly pointed to this linkage, stating, “Definitely aluminium is going to play an important role.”
The materials shift does not stop there. Electrification and renewable expansion are driving demand for conductive and energy-transition metals. “Even silver is going to play an important role,” Samanta said, linking rising material intensity to market signals. “There is a 200 per cent rise of the silver price… because these components are going to [be required].”
India’s transport transition, then, is not delayed—it is layered. Petroleum and diesel continue to carry the weight of economic expansion while electricity grows into specific niches where it delivers efficiency and emissions benefits. The fuels are not competing; they are compensating for each other’s limitations.
The data argues against absolutism. India’s transport future will be defined not by replacement, but by balance—between fuels, infrastructure readiness and affordability. Ignoring that balance risks policy misalignment in a system that underpins the country’s economic growth.
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