business · 2026-06-19
India's EV Charging Infra Problem
9a3bea87-eaa3-481a-a955-499323114306
India's EV growth now depends less on vehicles and more on charging networks, grid capacity, and software protocolsZohra Khan, CEO of IPEC, builds EV chargers for India's top two- and three-wheeler OEMs like Ather and BajajRange anxiety remains the biggest barrier, and solving it requires upgrading India's ageing electricity grid alongside charger rollouts
Why is charging harder than making EVs?
Building an EV is one engineering problem. Charging requires aligning multiple systems: hardware (connectors, chargers), software (payment protocols, network interoperability), and grid infrastructure. IPEC, which makes chargers for major OEMs, must ensure its products work across India's inconsistent power supply. A charger is useless if the local transformer cannot handle the load.
What makes Indian grids unsuitable?
India's distribution grid was designed for household loads of 2-5 kW. A single fast charger draws 25-50 kW, equivalent to 10 homes. In cities like Bengaluru, local transformers frequently trip when chargers operate during peak hours. Upgrading each transformer costs ~₹5-10L, and discoms like BESCOM must approve each installation.
How do charger protocols differ?
Different OEMs use different connector standards. Ather uses a proprietary connector, while others follow CCS2 or CHAdeMO protocols. IPEC must build chargers compatible with multiple standards. India's Bureau of Energy Efficiency is pushing for a unified standard, but adoption remains fragmented across ~15 active EV brands.
Why do OEMs need custom chargers?
Two-wheelers use smaller battery packs of 2-4 kWh versus 40-60 kWh for cars. Charger voltage, amperage, and thermal management differ significantly. IPEC designs chargers specifically for Bajaj, TVS, and similar OEMs because a car charger would be overbuilt and overpriced for a scooter. Customization keeps unit costs under ₹50K per charger.
What does this mean for EV buyers?
For buyers of electric two-wheelers from brands like Ola or Ather, charging access determines daily usability. Without reliable public charging, buyers depend entirely on home charging, limiting trips to ~100 km. Apartment dwellers face extra barriers since most housing societies lack dedicated EV charging points, adding cost and complexity to ownership.
Will range anxiety ever fully disappear?
Unlikely to disappear entirely, but it can become manageable. Ather's network now covers major highway routes between Bengaluru and Chennai with chargers every ~50 km. As battery density improves, two-wheelers reaching 150+ km range on a single charge will reduce dependence on public infrastructure. Behavioral shift takes 3-5 years.
How do charging costs compare to petrol?
Charging an electric scooter costs ~₹15-20 for a full charge covering ~100 km. The same distance on a petrol scooter like Honda Activa costs ~₹120-150 at current fuel prices. That is roughly 85% savings per km. But electricity tariffs vary by state. In Delhi, EV tariffs are subsidized at ₹4.5/kWh versus ₹8/kWh in Maharashtra.
What stops private investment in charging?
Low utilization is the core barrier. Most public chargers see only 3-5 sessions per day, generating ~₹500-800 daily revenue. At an installation cost of ₹3-5L per slow charger, payback exceeds 3 years. Investors like Tata Power EV Charging and Statiq need guaranteed demand density before deploying capital, creating a chicken-and-egg problem.
How many public chargers does India have?
India had ~12K public chargers as of early 2026, serving ~3.5Mn electric two- and three-wheelers. By comparison, China has ~3Mn public chargers for ~30Mn EVs. India's ratio of roughly 1 charger per 290 EVs lags China's 1 per 10. The govt's FAME and PM E-Drive schemes target ~46K chargers, but deployment has been slow.
How big is India's charger market by 2030?
Industry estimates project India's EV charging market at ~$3Bn by 2030, up from ~$300Mn today. IPEC and competitors like Exicom and Delta Electronics are scaling manufacturing. The govt's target of 30% EV penetration by 2030 implies ~50Mn electric two-wheelers needing charging access. Current capacity serves less than 10% of that.
Which states lead in EV charging?
Maharashtra leads with ~2.5K public chargers, followed by Delhi at ~1.8K and Karnataka at ~1.5K. These 3 states account for nearly half of India's total charging infrastructure. Southern and western states benefit from better discom finances and higher EV adoption. Bihar and UP together have fewer than 500 public chargers despite larger populations.
Can battery swapping bypass charging?
Battery swapping eliminates wait times entirely. A rider pulls into a station, swaps a depleted pack for a full one in under 90 seconds. Sun Mobility and Battery Smart operate ~1K swap stations across India, primarily for delivery fleets like Zomato and Swiggy. But swapping requires standardized battery packs, which most OEMs resist to protect proprietary ecosystems.
Source: thedailybrief.zerodha.com