Every electric-car presentation contains the same comforting slide: a map covered in charging pins. The dots multiply, the country turns blue or green, and range anxiety is declared an outdated psychological condition. I drive to one of those dots and sometimes find a locked gate, a petrol car in the bay, a charger unable to connect or an app demanding registration before revealing that the unit is offline.
India’s policy direction is serious. The government has reviewed charging deployment under PM E-DRIVE, as recorded in this Ministry of Heavy Industries update, and the broader framework includes power-ministry charging guidelines and support for multiple vehicle categories, summarised in this official mobility document. My argument is not that nothing is happening. It is that installation numbers are an inadequate measure of infrastructure.
Uptime is the real network
A charger that works half the time is not half a charger. On an intercity journey it may be no charger at all, because the driver planned distance and battery reserve around its availability. Reliability has nonlinear value. Petrol stations built trust through ubiquity and operational simplicity; EV networks must earn the same confidence.
Government-supported chargers should publish live uptime through a common data standard. Operators receiving subsidy or public land must report successful sessions, failure causes, repair time and utilisation. Aggregate numbers should be public. If taxpayers helped install equipment, drivers deserve to know whether it works.
The industry resists simple comparisons because charger performance depends on vehicles, networks and grid conditions. True, but complexity is not an excuse for darkness. Airlines report punctuality despite weather. Telecom companies report service metrics despite device variation. Define fair categories and disclose them.
Maintenance contracts should be funded from the start. Too many infrastructure programmes reward ribbon cutting while treating upkeep as someone else’s budget. Chargers need spare parts, trained technicians, connectivity and local responsibility. A broken unit should trigger an automatic service ticket, not wait for an angry driver to tag three companies online.
Apps are becoming a tollbooth
An EV driver may need several apps, wallets and account balances to use different networks. This is absurd. Imagine carrying a separate membership for every fuel brand and transferring money into each company’s private currency before filling the tank. Digital India can do better.
Every public charger should accept UPI through a visible QR code, display the tariff before the session and issue a standard receipt. Apps may offer reservations, history and loyalty features, but they should not be mandatory for basic charging. Roaming standards should allow one account to authenticate across networks.
Pricing also needs clarity. Drivers encounter per-unit rates, time fees, parking charges and penalties for remaining connected after completion. Idle fees are reasonable where chargers are scarce, but the full cost must be shown before charging begins. A low energy price accompanied by a surprise parking bill is not transparency.
Station design is equally neglected. Chargers need lighting, weather protection, safe cable management and enough space for different port locations. Women travelling at night should not be directed to an isolated corner behind a closed commercial complex. Accessibility for disabled drivers must be designed, not retrofitted.
Home charging is the quiet advantage
The EV debate focuses on highway fast charging because it produces visible infrastructure. Most private electric-car owners would prefer to charge slowly where they sleep. Home charging is cheaper, gentler on batteries and more convenient. The major obstacle is often not electricity supply but apartment governance.
Housing societies worry about fire, cabling, billing and parking rights. Some concerns are legitimate; others become blanket obstruction. States need model rules defining approval timelines, safety standards, metering and cost allocation. Residents should not require unanimous permission to install a compliant charger at an allotted space.
Rental housing complicates matters. Tenants are unlikely to invest in permanent wiring without predictable rights. Builders should provide conduits and electrical capacity for a rising share of parking spaces, even if chargers are installed later. Retrofitting a tower costs far more than planning capacity during construction.
Distribution companies must also offer clear processes for load enhancement and time-of-day tariffs. Managed overnight charging can help the grid by shifting demand, while unmanaged evening fast charging can intensify peaks. Smart policy aligns the cheapest time for the driver with the easiest time for the system.
Two-wheelers and fleets need different answers
India’s EV transition will not be defined only by private SUVs. Electric scooters, three-wheelers, buses and delivery fleets may produce larger fuel and pollution benefits. Their charging patterns differ. A delivery rider cannot wait beside a slow public charger, and a bus depot requires substantial planned power.
Battery swapping may suit high-utilisation vehicles where standards, warranties and economics align. It is not a universal solution. Competing proprietary packs can fragment the market, while ownership questions affect financing and battery health. Policy should enable interoperability without freezing immature technology into a single mandated design.
Fleet depots offer an opportunity for predictable demand and professional maintenance. Public support should prioritise locations where utilisation will be high: bus depots, logistics hubs, taxi stands and dense residential areas without private parking. A charger installed for a photograph beside an empty highway has less social value than a modest unit used repeatedly by commercial vehicles.
Fast chargers along national corridors remain necessary, but placement should reflect toilets, food, security and grid access. Drivers stop as humans, not batteries. The best sites may be existing fuel stations and highway amenities, provided operators enforce bay access and maintain equipment.
Count successful journeys
I remain optimistic about Indian EVs. Battery prices, vehicle choice and local manufacturing are improving; many owners discover that daily charging is easier than weekly fuel stops. But optimism becomes salesmanship when the charging gap is waved away.
Dealers should assess a buyer’s parking and travel pattern before promising effortless ownership. An urban homeowner with predictable daily travel may be ready today. A renter without fixed parking who frequently drives remote routes faces a different equation. Honest advice will build the market faster than a stranded owner’s resentment.
The government should replace celebratory charger totals with service metrics: uptime, successful sessions, payment interoperability, geographic coverage and repair speed. Maps should distinguish fast from slow units and verified live status from static listings. Subsidies should be released partly against sustained performance.
An EV transition succeeds when drivers stop planning their lives around infrastructure. India has moved beyond asking whether chargers can be installed. The next question is whether they can be trusted. Until every dot on the map represents a working, accessible and easily paid-for service, range anxiety is not ignorance. It is experience.
