India’s electric-car numbers are finally large enough to escape the niche. Autocar India reported that October registrations remained above 30,000 for a fifth consecutive month, with strong year-on-year growth and several manufacturers contributing meaningful volume. This is not a pilot programme anymore. It is a market.
I am pleased, but I am not declaring victory. A sale records the moment keys change hands. An EV transition is tested later: at 11 p.m. in an apartment parking basement, beside an occupied highway charger, during a power cut, or when a payment app refuses to authenticate. The infrastructure gap nobody mentions beside the showroom coffee machine is not simply a shortage of plugs. It is a shortage of dependable charging experiences.
The owner with a private driveway and predictable commute already has a persuasive proposition. Charge overnight, begin each morning with useful range and visit public stations occasionally. The owner in a housing society faces committees, load approvals, cable routes, metering disputes and parking spaces that may not be fixed. India’s EV policy has been better at subsidising vehicles than resolving this ordinary urban conflict.
Home charging is the foundation
Public fast chargers receive attention because they are visible and photograph well. Most successful EV use depends on slow, routine charging where the car is parked for hours. Building rules, distribution-company procedures and resident-welfare norms therefore matter as much as highway corridors.
States should create a standard right-to-charge framework for apartments. A resident willing to pay for compliant installation should not face indefinite refusal from a committee that treats the request as an exotic alteration. The framework must address fire safety, electrical load, insurance, metering and common-area access. Clear rules reduce both unreasonable obstruction and unsafe improvisation.
New buildings should be EV-ready even if every bay is not immediately equipped. Conduits, electrical rooms and load planning cost far less during construction than retrofit. Building approvals can require a growing proportion of spaces to support managed charging. The important word is managed: software can distribute available capacity across vehicles without demanding that every car draw maximum power simultaneously.
Tenants need protection too. EV ownership should not depend on possessing a permanent deed to a parking space. Portable billing arrangements and landlord obligations can prevent charging access from becoming another divide between owners and renters.
A charger pin is not a working charger
Maps create false confidence. A location may appear available while being broken, blocked by a combustion vehicle, inside a closed compound or incompatible with the operator’s latest payment process. Network statistics should distinguish installed, commissioned, online and successfully used chargers.
I want mandatory uptime reporting in a common format. Operators should disclose the percentage of hours each connector was functional, successful session rates, average repair time and queue information. Consumers could then choose networks on reliability rather than logo count. Regulators and subsidy programmes could tie support to performance.
Payment must become simpler. An owner should not need five apps, prepaid wallets and repeated identity verification to purchase electricity. QR-based guest payment, ordinary cards and interoperable roaming are basic infrastructure principles. Petrol stations do not require motorists to join a proprietary social club before dispensing fuel.
Pricing also needs transparency. Display energy cost, time fees, taxes and parking charges before a session begins. Idle fees are reasonable where chargers are scarce, but users need reliable notifications and fair grace periods. Surprise billing damages trust faster than a modest, clearly stated tariff.
Highway travel is an operations problem
Modern EVs increasingly offer enough claimed range for intercity use. Autocar India’s overview correctly notes both the expanding range of models and the practical disadvantages around charging time, repair networks and residual values. The highway problem is no longer simply distance between points. It is whether the point works and whether a queue turns a thirty-minute stop into ninety.
Charging hubs should contain multiple stalls, lighting, toilets, food, shade and staff support. A single charger at an isolated hotel is redundancy theatre. If that unit fails, the driver’s contingency disappears. Corridors need clustered capacity and backup power proportionate to traffic.
Operators should coordinate planned maintenance and publish live status through open data interfaces. Car navigation systems could use the same feed, reducing dependence on crowdsourced comments. Reliability improves when everyone sees the same operational truth.
Safety deserves nuance. Battery fires receive disproportionate attention, yet high-voltage equipment and damaged cables do require rigorous standards. Inspection, emergency isolation, signage and staff training matter. Fear-based bans in basements can push owners toward unsafe extension cords, producing the risk the ban claimed to avoid.
The grid is not a reason to wait
Sceptics ask whether India’s power system can handle mass adoption. The question is valid but often framed as a veto. EV load grows over years, and much charging can be shifted to off-peak periods through tariffs and managed systems. Distribution upgrades should follow local adoption data.
Renewable generation does not perfectly align with overnight charging, so policy should encourage workplace and daytime charging where solar output helps. Fleet depots can combine scheduling, storage and contracted power. There is no single ideal pattern; diversity reduces stress.
Utilities need visibility. Unregistered installations and informal wiring make planning difficult. A simple notification and approval process, with time-bound responses, would improve safety and data. If permission takes months, users will route around it.
The environmental case must include manufacturing and electricity sources, but perfection is the wrong benchmark. EVs can reduce urban tailpipe pollution and become cleaner as the grid changes. Policymakers should simultaneously improve public transport and walking; electrifying every private car does not solve congestion.
Owners need honest selling
Sales staff should ask where a buyer parks and charges before discussing acceleration. Apartment feasibility, daily distance, highway frequency and local service access determine suitability. An EV is excellent for many households and premature for some. Honest qualification will produce happier owners and stronger word of mouth.
Range should be presented as a band reflecting speed, weather, air-conditioning and load. Companies should publish standardised real-world tests rather than one ideal certification figure. Drivers can plan around variability if they are not surprised by it.
Battery warranties need plain language about degradation thresholds, exclusions and diagnostic procedure. Used-EV buyers will require trustworthy state-of-health certificates. Residual value will remain uncertain until the market can distinguish a healthy battery from a tired one without relying on the seller’s dashboard photograph.
India’s EV sales growth is genuine and encouraging. It also raises the cost of infrastructure complacency. Tens of thousands of new monthly owners will not tolerate chargers that exist only in databases. The next milestone should not be another installed-point target. It should be boring reliability: home permission within days, public payment within seconds and a highway connector that works when the map says it does. That is how a transition stops being a promise and becomes transport.
