Switching employee transport to electric in India

Employee transport is one of the best places in an Indian company's operations to put its first electric vehicles, and one of the easiest to get wrong. The routes suit it, the policy supports it, and the running cost rewards it. What decides success is not the vehicle. It is an operational detail most decks skip over, and this guide is built around it.

Why the daily commute is a good first EV use case

Electric vehicles are hardest to run where journeys are long, unpredictable and far from a charger. The employee commute is the opposite of all three. Routes are fixed and known the night before. Daily distances are moderate and repeat. And the vehicles return to the same depot every day, which is exactly where a charger belongs. A commute fleet is close to the ideal starting duty cycle for electrification, which is why it is often the sensible first mile of a company's EV transition rather than the last.

The policy picture in 2026

Support for electric fleets in India comes in two layers, central and state, and both have moved recently.

At the centre, the earlier FAME II scheme closed in 2024 and was succeeded by the PM E-DRIVE scheme, notified with an outlay of about 10,900 crore rupees. Central purchase incentives have been tapering through 2026 as the market matures, so the sensible advice for any buyer is to check the current position at the time of purchase rather than assume a subsidy that may have moved.

The state layer is often the bigger lever for a fleet, and Maharashtra rewrote its policy in 2025. The Maharashtra Electric Vehicle Policy 2025, running from April 2025 to March 2030, is unusually direct about commercial fleets:

• It targets 30 percent of all new vehicle registrations being electric by 2030.
• It sets a 50 percent electrification requirement for commercial fleets and government vehicles.
• It exempts registered electric vehicles from motor vehicle tax and registration renewal fees.
• It waives toll for passenger electric vehicles on major state corridors, including the Mumbai-Pune Expressway, the Samruddhi Mahamarg and the Atal Setu.

For an employer running transport in Maharashtra, that combination lowers both the cost of the vehicles and the cost of running them, and it puts a direction of travel into policy that a fleet decision can be aligned to now rather than retrofitted to later. Other states run their own policies, and the specifics differ, so the state you operate in is part of the calculation, not a footnote to it.

The charging window, in plain terms

A commute fleet has a natural gap in its day: the hours after the last evening drop and before the first morning pickup. That gap is the charging window, and the whole operation is planned around clearing it. The vehicles have to arrive at a depot with enough chargers, draw enough energy overnight to cover the next day's routes, and be ready before the morning shift wall. Get that right and an electric fleet is quietly cheaper to run than a diesel one. Get it wrong and you have expensive vehicles that cannot make their first trip.

This is why the depot and the charging schedule matter more than the badge on the vehicle. A serious electric operation records the energy drawn per vehicle, which is the same reading that later feeds a defensible emissions statement.

The economics, without the optimism

The case for an electric commute fleet is a running-cost case, not a sticker-price one. An electric vehicle usually costs more to buy and less to run. Its energy cost per kilometre, charged overnight at commercial or concessional tariffs, is well below the diesel it replaces, and it has fewer moving parts to maintain. Over the life of a contract, on the right routes, the total cost of ownership favours electric, and the state exemptions on tax and toll widen the gap.

The honest version of this case does two things. It states the assumptions, the routes, the daily distance, the tariff, the utilisation, because the answer depends on all of them. And it does not pretend the upfront cost is zero. The reason a managed operator can make electric work where an in-house fleet might hesitate is that the operator carries the vehicle risk and the charging logistics, and prices the service, not the asset.

Where electric does not fit yet, and saying so

Not every route should be electric today, and pretending otherwise is how EV projects lose credibility. A very long route, a hilly duty cycle that drains range, or a site with no viable overnight charging can rule electric out for now. The right response is to say so plainly, run those routes on the cleanest available alternative, and report the share of distance actually run on electric rather than blur it. A fleet that claims to be fully electric when it is not will be caught the moment someone checks the energy records.

What it does to your emissions line

The reward for getting the charging right is not only a lower fuel bill. Because the energy is metered, the commuting emissions become measured rather than estimated, and that measured number is what a sustainability team can put into a Scope 3 Category 7 disclosure for BRSR. The grid factor that converts kilowatt-hours to carbon, published by the Central Electricity Authority, is itself falling year on year as renewables enter the grid, so the same route emits a little less each year without the fleet changing at all.