An electric car salesperson can explain range, battery warranty and fast charging with impressive fluency. Ask how a tenant on the ninth floor obtains a dedicated meter in a shared basement and the conversation becomes theological. This is the infrastructure gap that glossy EV launches avoid. For many Indian households, the decisive charging station is not on an expressway. It is a cable path between a parking bay, an electricity connection and a resident-welfare association meeting.
India’s public charging framework and transport data sit across several agencies. Vehicle and policy material is available through the Ministry of Road Transport and Highways, while model-level tests and charging discussions appear in outlets such as Autocar India. Public chargers matter, particularly for intercity travel. Yet the ownership economics of an EV work best when a user can charge slowly and cheaply where the vehicle spends the night.
Home charging is the hidden advantage
Petrol owners visit a fuel station because liquid energy can be transferred quickly. An EV changes that routine: the car can recover daily travel while parked. A modest overnight charger is sufficient for many commuters and is gentler on the battery than constant fast charging. Without dependable home or workplace access, the owner loses this convenience and relies on public infrastructure that may be occupied, broken or priced unpredictably.
Independent-house owners usually have the easiest transition. Apartment residents face permission, wiring, metering and parking questions. Older buildings may have limited electrical capacity. Assigned spaces can be far from meter rooms. Tenants may not want to finance permanent equipment, while landlords hesitate to approve alterations. Societies worry about safety and unequal use of common electricity.
These concerns are solvable, but every building currently reinvents the process. State regulators and distribution companies should issue standard designs, application forms, safety requirements and cost-sharing models. A resident should not need political skills merely to install certified equipment.
Societies need a right-to-charge rule
Housing societies should be allowed to reject unsafe or technically impossible installations, not electric mobility itself. A right-to-charge framework could require them to consider applications within a fixed period, provide written reasons for refusal and permit residents to fund compliant connections. Standard fire-safety and cable-management rules would protect everyone.
Common chargers may suit buildings without assigned parking, but their governance must be clear. Who books the slot? How is electricity billed? What happens when a vehicle remains plugged in? Idle fees and transparent metering can prevent conflict. Equipment should support multiple vehicle brands and open payment methods rather than lock a building to one manufacturer’s app.
Retrofitting entire basements can be expensive. Public policy could support shared electrical upgrades in older housing, especially where many residents commit to future charging. This would be more durable than subsidising individual cars indefinitely. A building with adequate capacity serves several generations of vehicles.
Public chargers must be boringly reliable
Range anxiety is often described as a psychological flaw. Sometimes it is a rational response to unreliable infrastructure. A charger marked active on an app may be blocked, incompatible or unable to initiate a session. Customer support can involve several calls while the battery percentage falls. Reliability data should be public: uptime, successful sessions, average repair time and actual delivered power.
Charging networks should permit card or UPI payment without forcing every driver to create an account and maintain a wallet balance. Roaming between networks is essential. Petrol pumps do not require a different membership for each brand of dispenser. EV charging should not recreate the early mobile-phone era with cables.
Highway sites need lighting, toilets, food and safe access at night. A fast charger in an isolated corner is not adequate infrastructure for families or solo women travellers. Site design is part of mobility policy, not a decorative extra.
Distribution companies belong at the centre
EV policy is often announced by transport or industry departments, but distribution companies must deliver the electricity. They need forecasts of neighbourhood demand, incentives to approve connections quickly and plans for transformer upgrades. Smart charging can shift demand away from evening peaks, but only if tariffs and equipment communicate clearly.
Time-of-day pricing could reward overnight charging when grid demand is lower. Owners should see the financial benefit without deciphering a complex tariff order. Managed charging should remain voluntary and protect mobility needs; a driver preparing for an emergency journey cannot wait for an algorithm’s preferred hour.
Renewable integration adds another opportunity. Workplace and daytime destination charging can absorb solar generation, while fleets with predictable schedules can coordinate demand. The transition should not be reduced to replacing one fuel nozzle with another. Electric vehicles are flexible electrical loads, and policy should use that flexibility.
Do not oversell every use case
EVs already make strong sense for many urban commuters, taxis with charging access and multi-car households. They remain less convenient for some apartment residents, frequent remote travellers and people who park on the street. A credible transition acknowledges those differences. Salespeople should estimate real-world range with air conditioning, speed and weather—not display only laboratory figures.
Battery warranties require careful reading. Capacity thresholds, exclusions and service records matter. Resale values remain a developing market, and insurance for battery damage can be complicated. None of these issues makes EVs a bad purchase. They make them a purchase deserving the same scepticism we apply to combustion cars.
The government should focus incentives increasingly on infrastructure, affordable smaller vehicles, buses and commercial fleets where emissions benefits can be large. Subsidising luxury electric cars is difficult to defend when ordinary residents cannot obtain a basement connection.
I am optimistic about India’s EV transition because the vehicles have improved quickly and electricity is widely available. I am impatient because the administrative layer moves far more slowly. The next million electric cars will not be enabled by another dramatic showroom screen. They will be enabled by a standard application approved by a society manager, a trained electrician, a meter installed on time and a charger that starts every night.
That is unglamorous work, which is why it risks neglect. But infrastructure is the art of making essential systems boring. When an apartment resident can plug in without calling a lawyer, an electrician and three committee members, India will possess an EV ecosystem rather than an EV sales chart.
