Every electric-car conversation eventually produces a large number of chargers. The number is meant to end the argument, as though a driver can plug into a national total. Drivers cannot. They reach one location at one time with one connector, one payment method and a battery that may not have enough energy for a backup plan. If that charger is blocked, broken, slow, unlit or trapped behind a closed gate, the impressive national count becomes irrelevant. India’s EV transition now requires less celebration of installed hardware and more attention to whether charging works as a service.
A December 2025 government reply reported 29,151 charging stations installed over five years, including fast and slow units, and noted a ₹2,000-crore allocation under PM E-DRIVE for charging infrastructure. That is meaningful expansion. It is also a reminder of how unevenly the network is distributed. A charger in a dense technology corridor and a slow unit at a remote office count equally in a headline but provide very different mobility value.
Availability has four dimensions
First is geographical availability: can a driver find charging along the route? Second is temporal availability: is the site open when required? Third is technical availability: does the charger communicate with the car and deliver its advertised power? Fourth is transactional availability: can the driver discover the price and pay without downloading another unreliable application? Infrastructure policy often measures only the first, and sometimes merely installation rather than present operation.
Operators should publish real-time status through open data standards. Navigation providers and vehicle applications should be able to show whether a connector is free, occupied or faulty; what power it is delivering; the tariff; and any parking or access restrictions. Drivers should not have to join separate digital ecosystems for every network. Interoperable payment through cards, UPI or roaming agreements is basic infrastructure, not a luxury feature.
Uptime claims need independent definitions. A charger that is online but repeatedly fails after authentication is not available. Neither is a unit delivering a fraction of rated power because of site limitations. Regulators or programme administrators should require standardised reporting and sample audits where public money is involved. Subsidy should be linked partly to operational performance, not only installation. Otherwise the incentive is to inaugurate hardware and leave maintenance to optimism.
Highways require redundancy, not pins on a map
A single charger at a highway location is a vulnerability. It can be occupied, damaged or incompatible, leaving a family to wait or divert. Useful sites need multiple bays, different connector support where appropriate, lighting, toilets, food, security and a layout that accommodates various vehicle charging-port positions. Petrol stations became dependable through repetition and redundancy. EV charging must learn the same boring lesson.
Power delivery also matters. A fast charger advertised at a high maximum may share capacity across bays or be limited by the site connection. The car’s charging curve and battery temperature determine actual speed too. Operators should communicate expected performance honestly. Showrooms should teach buyers that peak kilowatts are not a constant promise. A reliable moderate-speed stop can be more valuable than a temperamental high-power unit.
The government has acknowledged data gaps. A 2026 parliamentary reply on charging infrastructure stated that central data for tier-two and tier-three cities and national highways was not maintained in the requested form, even while describing PM E-DRIVE support. That gap should be closed. Planning a network without granular, current data risks directing money toward visible corridors while leaving regional travel dependent on improvisation.
Apartment charging is the hidden battle
Public charging receives attention because it is visible. Most private EV ownership becomes convenient when routine charging occurs where the car sleeps. For owners of independent homes, installation can be straightforward after an electrical assessment. Apartment residents face resident-welfare associations, parking ownership disputes, cable routing, metering, load capacity and fire-safety anxiety. A national transition cannot rely on every buyer becoming a part-time housing diplomat.
States and urban bodies need model rules establishing a reasonable right to install safe charging in an assigned parking space, subject to technical standards and payment of costs. Distribution companies should offer clear processes for load upgrades and separate metering. Housing societies need guidance on common chargers, billing and future capacity. Builders should be required to provide conduits and electrical planning in new construction; retrofitting later is more disruptive and expensive.
Safety should be specific rather than theatrical. Poor wiring, counterfeit equipment and unqualified installation are genuine risks. Blanket bans in basements merely push charging into less controlled arrangements. Certified installers, protective devices, ventilation assessment, emergency procedures and periodic inspection offer a better response. Fire services and building managers need training based on evidence, not forwarded videos.
Two-wheelers and fleets change the map
Public discussion often imagines electric mobility as private SUVs travelling between cities. India’s transition will also be driven by scooters, three-wheelers, buses, delivery vehicles and taxis. Their charging patterns differ. A delivery fleet may need depot charging and rapid turnaround. An e-rickshaw ecosystem may prioritise low-cost neighbourhood access. Buses require large connections and route planning. Policy should avoid building one network and assuming every vehicle will adapt.
Battery swapping may serve some standardised commercial segments, but it is not a universal substitute for charging. Ownership, battery health, standards and business economics must be clear. The market should test models without regulators prematurely declaring a single technical winner. What matters is that public support purchases measurable utilisation, emissions reduction and reliable service.
Electricity sourcing is another piece. EVs improve local air quality and can reduce lifecycle emissions, but the grid’s generation mix and charging time influence the climate benefit. Managed charging can shift demand away from peaks and absorb renewable generation. Tariffs and smart systems should reward flexibility without making ordinary owners decode a power-market seminar before plugging in.
What I want dealerships to disclose
Every EV buyer should receive a realistic charging plan. The dealer should ask where the vehicle parks, assess home-installation feasibility, explain connector standards, show reliable nearby and route chargers, disclose likely charging speeds and provide backup support. Range figures should be presented with seasonal and highway context. Selling an EV without discussing charging is like selling an apartment while omitting that the building has no staircase.
I remain optimistic because the engineering and investment are moving quickly. But optimism should sharpen standards, not lower them. India has progressed from arguing whether chargers exist to asking whether they form a network. The answer is not yet consistently yes. Count operational connectors, publish uptime, enable simple payment, build redundant highway sites and solve apartment access.
An EV transition will feel complete when charging becomes unremarkable. A driver will stop, plug in, pay and leave without photographing the charger, calling support or posting a warning to an owners’ group. No minister will inaugurate that moment because it will happen thousands of times a day. That is precisely the outcome policy should seek: infrastructure so dependable that nobody needs to discuss it.
