Electric-car sales in India are beginning to look like a transition rather than an experiment. That is the cheerful part. The less cheerful part begins when a buyer asks a housing society for a charging connection and discovers that the future of mobility requires signatures from three uncles, an electrician who never returns calls and a committee meeting next month.
September 2026 retail data reported by Autocar India showed a record month for electric passenger vehicles and strong growth across several manufacturers. Its first-half analysis likewise documented rapid expansion and a widening field of brands. These are meaningful numbers. They do not tell you whether the charger listed near a highway dhaba is working when you arrive at 11:20 p.m.
I am optimistic about EVs because the efficiency, refinement and urban operating economics are compelling for many users. I am critical because showrooms sell the best-case charging story as though infrastructure were evenly distributed. It is not.
Home charging is the real divide
An EV is wonderfully convenient if you have a dedicated parking space and dependable electrical connection. You return home, plug in and begin the next day with useful range. Petrol-station visits disappear from routine. For this buyer, public fast charging is an occasional travel tool.
Without home charging, the equation changes completely. Apartment residents may lack assigned spaces, sufficient sanctioned load or permission to route a cable. Tenants hesitate to pay for installation. Older buildings face wiring constraints. Informal parking makes ownership impractical regardless of how many chargers appear on a national map.
Policy must therefore move beyond subsidies for vehicles and address buildings. Model rules should establish a clear right to install safe chargers in assigned spaces, with metering and load-management standards. Housing societies need technical guidance and liability clarity. New buildings should be wired for future demand rather than retrofitted at absurd cost.
This is unglamorous regulation, which is why it receives less attention than vehicle launches. Yet it will determine adoption among urban middle-class households more than another fifty kilometres of certified range.
Public charging needs reliability, not dots
Charging-network announcements count installed units. Drivers care about available, functional units. A charger can exist statistically while being blocked by a parked combustion car, disconnected, incompatible, under repair or unable to start because the app cannot authenticate.
Networks should publish real-time status through open standards. Drivers should be able to locate, reserve where appropriate, pay and receive support without maintaining a folder of apps and prepaid balances. Roaming between networks is normal in mature digital services; charging should not remain a collection of private islands.
Uptime must be measured independently. If public money supported installation, public reporting should show energy delivered, outages and repair time. A charger that rarely works is not infrastructure. It is street furniture with branding.
Locations also matter. A fast charger needs safe access, lighting, toilets and somewhere to wait. Women travelling alone should not be expected to spend forty minutes in an isolated parking lot because a planner saw unused land. Charging design is public-space design.
Range claims remain a showroom language
Certified range is useful for comparison and unreliable as a promise. Speed, temperature, elevation, load, tyre pressure and air-conditioning change consumption. Buyers deserve a realistic range band for city, highway and adverse conditions.
Autocar’s real-world Punch EV range test is the kind of information shoppers need because it translates certification into use. Manufacturers should provide similar standardised evidence and make charging curves public. Peak charging speed alone is misleading if the vehicle reaches it briefly.
Dealers should ask about the buyer’s longest regular journey, parking arrangement and nearby service capability before discussing colour. An EV that fits a 50-kilometre daily commute can be excellent even with modest range. A household making frequent remote highway trips may rationally prefer a hybrid or efficient petrol car today. Honesty will build confidence faster than evangelism.
The grid objection is often exaggerated but not irrelevant
Critics claim India’s grid cannot support electric mobility. The statement is too broad. Managed overnight charging can use capacity efficiently, and EV adoption will unfold over years. The more immediate problems are local transformers, distribution-company processes and concentrated demand in apartment clusters.
Smart load management can stagger vehicles rather than requiring every charger to draw maximum power simultaneously. Time-of-use tariffs can encourage off-peak charging. Fleet depots can coordinate demand. These solutions require distribution companies to treat EV charging as planned load, not an irritating special request.
The electricity mix also matters. An EV charged from a coal-heavy grid is not emissions-free, but the vehicle remains locally clean and can become cleaner as generation changes. Combustion cars cannot improve retrospectively when the grid adds renewables. Battery production and recycling impacts must still be counted honestly.
India needs enforceable rules for battery traceability, reuse and recycling before volumes become waste. “Green” should not become permission to move pollution from a tailpipe to an informal recycling yard.
A successful transition allows different answers
I resist the idea that every buyer must choose an EV immediately to prove modernity. Mobility needs differ. The family with rooftop solar and home parking faces a different calculation from the tenant who parks on a street. Policy should accelerate the transition without punishing people for infrastructure they do not control.
Fleets, buses, two-wheelers and predictable urban routes may deliver faster emissions and cost benefits than subsidising expensive private cars. Public charging investments should follow utilisation evidence while ensuring strategic highway coverage and access beyond wealthy neighbourhoods.
Manufacturers also need better service capacity. An EV has fewer routine mechanical parts, but diagnosis and collision repair can be specialised. Buyers must know battery warranty terms, repair thresholds and replacement costs. A technically repairable pack should not be replaced wholesale because workshops lack training.
The sales growth is real and encouraging. More models mean competition, lower prices and better choices. But a transition is not complete when a dealership hands over the key. It succeeds when charging, servicing, resale and recycling work without heroic effort.
My benchmark is boringness. Charging should be as unremarkable as paying an electricity bill. Apartment approval should follow a standard process. A highway unit should work when its map icon says available. Payment should take seconds. Until then, the sales graph is running ahead of the ownership experience.
