One won’t hear experts ask the same old question anymore: how many electric vehicles (EVs) are moving off the lot? Rather, the industry is being shaped by something of greater import – can India put in place an ecosystem to back millions of these cars? The numbers tell part of the story. With global electric car sales topping 20 million in 2025, the International Energy Agency (IEA) has noted that India is fast becoming one of the world’s most dynamic markets. And it is not hard to see why: between PM E-DRIVE and other state policies, plus the money flowing into clean mobility, there has been a marked uptake in everything electric: from private cars to commercial and public transport.
Strategic Transition: From Adoption to Ecosystem
But selling the vehicle is just the first hurdle. The true test comes once an EV is out of the showroom. Can the owner find a charger without trouble? Is the station actually working? Are fleets being run well and is the journey as smooth as it should be? Those are the things that will set the tone for India’s shift to electric. The next leg of growth will be as much about the support system as it is about the vehicles themselves.
An EV is never just an isolated machine; it is part of a far wider mobility network. India now has over 6 million registered EVs which operate in a complex web of charging infrastructure, intelligent software, financing, and fleet management. Further, skilled people, customer service, and public policy are also part of the EV ecosystem. All these elements are inextricably linked and will determine whether EV adoption continues in the long term. With numbers continuing to rise, the future success will be judged less by how many vehicles are registered and more by how ready the ecosystem is to support them.
Building Infrastructure: Phygital is Key
Charging infrastructure is still the single biggest driver for the mass uptake of EVs. India has put in some good work to expand its charging network, and the numbers are encouraging. On the ground, there are around 30,000 public charging stations already in place. The government’s plan is to add a charger every 5 km in big cities and at 20 km intervals on main highways as it ramps up building infrastructure. Yet, just having charging stations is not sufficient. Studies indicate that 20–25% of public chargers globally are out of service at any given time, highlighting the importance of reliability alongside availability. This underscores the need for future investments to go towards smart charging management and digital platforms that can handle things like route optimisation and show in real time what is available. In addition, predictive maintenance will also be a key to sustainable EV adoption.
Digital intelligence is also fast becoming the operating system for electric mobility. A single connected vehicle can generate up to 25 GB of data per hour, creating immense opportunities for optimisation. Powered by AI, this data enables fleet operators to optimise charging schedules, improve asset utilisation, reduce operational costs—often by 10–20% through data-driven efficiencies—and enhance service reliability. Down the line, the edge in competition will be secured not only by how well firms manage vehicles but also by how well firms build them.
Customer Experience: Real Differentiator
Customers won’t decide about an EV simply because it is electric. What they recall is whether the car was there when it should have been, whether it was in good order, whether the chauffeur made an effort to be polite, and whether the ride itself was stress-free and comfortable.
In the world of premium mobility, operational excellence earns customers’ trust. In fact, studies consistently show that customer experience has overtaken price as the primary brand differentiator, with more than 70% of consumers saying they are willing to pay more for a superior service experience. In premium mobility, operational excellence—not propulsion technology—ultimately earns customer trust and loyalty. Building this level of reliability also requires a strong financial ecosystem. By 2030, the EV market in India is on course to top $130 billion. But to make good on its electrification goals, the country will need to invest more than $200 billion cumulatively over the course of this decade – in everything from vehicles and batteries to charging infrastructure and ancillary services.
Conclusion: Future Belongs to Ecosystem Builders
India has put in some solid work on electric mobility, but the coming phase will be less about vehicle numbers and more about how well the ecosystem around them is built. Those who come out on top won’t simply be the high-volume producers. They will be the leaders who have put in place dependable charging networks, smart tech, strong financing ties, and a workforce with the right skills to support a first-class customer experience.
In a way, customers have moved past the point where electric mobility is just a case of swapping an engine for a battery; it is now about a connected, seamless affair. Sure, one still needs to grow the fleet, but operational excellence and the digital side of things are equally important if a firm wants to earn the trust. As India moves to meet its clean mobility targets, what will make the difference is not the car alone, but the whole system that ensures the journey is effortless.
Authored by Sahil Jindal, Co-founder Trevel and Managing Director of the Jindal Group
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