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Delhi’s EV Policy Changes the Engine, Not the System

Electric vehicles can reduce pollution and emissions. But underlying issues of preserving car dependence, displacing environmental harm, and workers bearing the costs of a clean future need to be addressed.

At a traffic signal in Delhi, an electric SUV can wait beside an e-rickshaw and a delivery worker on an electric scooter. All three may be counted as evidence of the same green transition, although they embody very different relationships to mobility. The SUV offers private comfort and status; the e-rickshaw provides shared transport; the scooter is often inseparable from a worker’s livelihood.

To see only three electric vehicles here is to miss the differences in power and vulnerability. This is what technological optimism does: treats a change in the machine as if it were automatically a transformation of the system.

Delhi’s new Electric Vehicles Policy, notified on June 30, and effective from July 1, 2026, is nevertheless a serious intervention. From January 2027, only electric three-wheelers and N1-category light goods vehicles can be newly registered; from April 2028, the mandate extends to new two-wheelers. First-year purchase incentives reach 30,000 Indian rupees for electric two-wheelers, and 50,000 rupees for e-autos. Electric cars priced up to 3 million rupees receive road-tax and registration-fee exemptions, while eligible owners who scrap older cars can receive 100,000 rupees. The policy also supports charging, battery recycling and government electric buses.

Unlike India’s national PM E-DRIVE scheme, though, the new policy combines incentives with mandatory deadlines.

The policy identified vehicles as contributing 23 percent of Delhi’s winter air pollution and noted that two-wheelers constitute about 67 percent of its vehicle stock. Prioritizing intensively used two- and three-wheelers, goods vehicles, and buses is sensible. EVs eliminate tailpipe exhaust, use energy more efficiently, and generally produce lower lifecycle emissions than comparable petrol or diesel vehicles.

An India-specific review by the International Council on Clean Transportation and IIT Roorkee supported the immediate adoption of battery-electric vehicles, while showing how strongly the gains depend on the electricity mix and real-world energy use.

The policy is therefore a necessary beginning, but not a mobility transition. Unless Delhi also reduces car dependence, expands accessible public and shared transport, and distributes the costs of electrification more justly, it will remove pollution from the tailpipe while preserving the unequal and resource-intensive system around it.

Disappearing From the Tailpipe, Not From the System

An electric vehicle has no exhaust pipe, but it remains connected to an energy and material chain. According to the Central Electricity Authority, coal supplied roughly seven-tenths of India’s electricity during 2025-26 up to January. As the grid becomes cleaner, the climate advantage of EVs will grow. Until then, some of the pollution and environmental harm removed from Delhi’s streets is displaced toward coal-mining regions and settlements near power plants.

Similarly, batteries connect clean vehicles to landscapes marked by water depletion, land conflict, and unsafe work. The International Energy Agency estimated that over half of current lithium and copper production is concentrated in areas facing high water stress, including lithium-producing regions in Australia and South America and much of Chile’s copper-mining belt. Delhi’s provisions for collection, reuse, and recycling are welcome, but end-of-life management cannot guarantee justice at the beginning of the supply chain.

Electrification also leaves the structure of car-dependent mobility largely untouched. An electric SUV occupies the same road and parking space as a petrol SUV, creates the same congestion, and can be equally threatening to pedestrians and cyclists. Tires, brakes, and road surfaces continue to generate particulate pollution.

For heavier, longer-range EVs, the OECD estimates that non-exhaust PM2.5 emissions can be 3-8 percent higher than those of comparable conventional vehicles, even though regenerative braking – which captures the energy lost during braking to recharge the EV battery – reduces brake wear. Vehicle weight and total travel therefore matter alongside the drivetrain.

Delhi registered 709,024 new vehicles in 2024, up from 657,954 in 2023; two-wheelers alone accounted for 448,767 of the 2024 total. But is dependence on private vehicles falling?........

© The Diplomat