EV Charging Stations Cross 27,700 in India — UP, Karnataka, Maharashtra Lead

India's electric vehicle charging infrastructure has crossed a significant milestone. As of March 2026, the country has 27,737 EV charging stations installed across its territory, of which 22,753 are fully operational and serving EV owners daily. The gap between installed and operational — roughly 4,984 units — reflects the ongoing challenges of grid connectivity, commissioning delays, and maintenance backlogs. But the trajectory is unmistakably upward. Driven by the central government's PM E-DRIVE scheme, aggressive private sector deployment, and state-level EV policies, India's charging map is filling in faster than most analysts projected even two years ago.

The Big Picture — How We Got Here

India's EV charging journey started in earnest around 2019-2020, when the FAME II scheme first earmarked funds for public charging infrastructure. Progress was slow initially — regulatory uncertainty, land acquisition challenges, and low EV adoption meant that private operators had little incentive to invest heavily. By the end of 2022, the country had barely 6,000 public charging points, concentrated almost entirely in Delhi, Mumbai, Bengaluru, and Hyderabad.

The inflection point came in late 2024 with the launch of the PM E-DRIVE (Electric Drive Revolution in Innovative Vehicle Enhancement) scheme, which replaced FAME II with a more targeted approach. PM E-DRIVE allocated dedicated funding specifically for charging infrastructure — not just subsidising charger hardware but also covering grid connectivity costs, which had been the single biggest bottleneck for many operators. The scheme also mandated minimum charger-to-charger distances on national highways, ensuring corridor coverage rather than just urban cluster density.

The result has been striking. From roughly 12,000 stations at the end of 2024, India has added over 15,700 stations in just 15 months. That is more than one new charging station every hour, around the clock, for over a year. The pace is not uniform — some states have sprinted while others lag — but the overall direction is clear. India's EV infrastructure, once a punchline in comparisons with China and Europe, is becoming functional.

State-Wise Breakdown — Top 10 States

The state-level distribution of EV chargers in India reveals both expected leaders and some surprises. Uttar Pradesh tops the list, driven by a combination of sheer geographic size, the state's aggressive EV policy, and heavy deployment along the Delhi-Agra-Lucknow-Varanasi highway corridor. Karnataka and Maharashtra follow, buoyed by Bengaluru and Mumbai-Pune's high EV adoption rates respectively.

The top three states — Uttar Pradesh, Karnataka, and Maharashtra — together account for roughly 35% of India's total installed EV charging stations. This concentration makes sense: these states have the highest EV registrations, the densest highway networks, and the most active state EV policies. However, the gap between installed and operational numbers is visible across all states, ranging from 15% to 25% of installed capacity sitting idle.

Who's Building the Chargers

India's EV charging network is being built by a mix of government entities and private operators, each with distinct strategies. The government's Energy Efficiency Services Limited (EESL) was among the earliest movers, deploying chargers at government buildings and public parking areas. But it is the private sector that has driven the recent acceleration — particularly Tata Power, which has emerged as India's largest charging network by a wide margin.

Tata Power's dominance is partly a function of its parent group's broader EV play — Tata Motors is India's largest EV car manufacturer, and Tata Power's charging network creates a natural ecosystem advantage. Tata Power chargers are found everywhere from highway stretches between Mumbai and Pune to shopping malls in Bengaluru and residential complexes in Delhi NCR.

Oil marketing companies — BPCL, HPCL, and IOCL — have been the dark horse of the story. By leveraging their existing fuel station networks across highways and cities, they have been able to deploy EV chargers at existing locations without the land acquisition hassle that standalone operators face. Their combined contribution of 3,400+ stations makes them the second-largest block after Tata Power.

The Urban vs Highway Gap

India's EV charging network has a clear urban bias. Roughly 68% of all operational chargers are located within city limits — in malls, office complexes, residential societies, public parking areas, and fuel stations. This makes sense for the current EV fleet, which is dominated by two-wheelers and city-use hatchbacks like the Tata Nexon EV and Hyundai Creta (upcoming electric variant). Most EV owners charge at home overnight and only use public chargers for top-ups during the day.

Highway charging, however, remains the pain point that generates the most anxiety among potential EV buyers. While major corridors have seen significant improvement — the Mumbai-Pune Expressway, Delhi-Jaipur, Bengaluru-Mysuru, Chennai-Bengaluru, and Delhi-Agra stretches now have DC fast chargers at intervals of 50-80 km — secondary highways and state highways are a different story. A drive from Lucknow to Patna, or from Hyderabad to Visakhapatnam, still involves stretches of 150-200 km without a single reliable DC fast charger.

The PM E-DRIVE scheme is specifically targeting this gap. Under the scheme, operators receive enhanced subsidies for highway corridor deployment, with bonus incentives for chargers placed at intervals of 25-50 km on designated national highways. The target is to have DC fast chargers every 40-60 km on all national highways by the end of 2027 — an ambitious goal, but one that the current deployment pace suggests is achievable for at least the top 20 highway corridors.

Tier-2 City Expansion

One of the most encouraging trends in the 2025-2026 data is the spread of EV charging into tier-2 cities. Cities like Jaipur, Lucknow, Coimbatore, Kochi, Indore, and Chandigarh have each crossed the 200-charger mark — a threshold that makes daily EV ownership practical for residents without dedicated home charging. In these cities, apartment complexes and commercial buildings are the primary deployment sites, reflecting the reality that many urban Indians do not have access to a private garage or dedicated parking spot with a power outlet.

Coimbatore, in particular, has emerged as an unexpected EV charging success story in the south. The city's strong manufacturing ecosystem, relatively affluent population, and compact geography have made it an ideal market for two-wheeler EVs. Ather Energy — headquartered nearby in Bengaluru — has deployed a dense grid of Ather Grid fast chargers across Coimbatore, and Tata Power has followed with several DC fast charging stations. Similar patterns are visible in Kochi and Thiruvananthapuram in Kerala, where the state's progressive EV policy and high literacy rates have driven early adoption.

In the north, Lucknow and Jaipur have benefited from their positions on key highway corridors. Chargers deployed for highway travellers also serve local residents, creating a dual-use benefit that improves unit economics for operators. Chandigarh, with its planned city layout and relatively high per-capita income, has one of the highest charger-to-EV ratios among tier-2 cities.

What's Missing — The 5,000 Non-Operational Stations

The gap between India's 27,737 installed stations and 22,753 operational ones — roughly 4,984 units, or 18% of the total — is not a trivial issue. These are chargers that have been physically installed but are not available for public use. The reasons vary, but they cluster into three main categories.

Grid connectivity delays account for the largest share — an estimated 40-45% of non-operational stations. In many locations, the charger hardware has been installed and tested, but the electricity connection from the local distribution company (DISCOM) has not been activated. DISCOMs in several states have backlogs of months for new high-power connections, and EV chargers — particularly DC fast chargers that draw 50-240 kW — require dedicated transformer capacity that is not always available at the installation site.

Commissioning and testing backlogs account for another 30-35%. These are stations that have grid connectivity but are pending final approval from the state nodal agency, software integration with the operator's app, or payment gateway activation. Some operators have deployed hardware ahead of their backend systems, resulting in chargers that are physically present but not discoverable on any app or usable by the public.

Maintenance and equipment failures make up the remaining 20-25%. These are stations that were once operational but have gone offline due to hardware failures, vandalism, or software glitches. The maintenance challenge is particularly acute for government-deployed chargers under EESL, where centralised maintenance contracts have sometimes lapsed between renewal cycles.

What This Means for Used Car Buyers and Sellers

EV charging infrastructure is not just a headline number — it has a direct and measurable impact on the used electric car market in India. For buyers and sellers of used EVs, charging access is one of the most important factors influencing resale value, market demand, and practical ownership viability.

The data is clear: used EVs retain higher values in cities with dense charging networks. A used Tata Nexon EV in Bengaluru — which has over 2,600 operational chargers — commands 5-8% more than the same model and age in a tier-3 city with fewer than 50 chargers. Similarly, a used Hyundai Kona Electric in Delhi NCR holds its value significantly better than one in a city like Patna, where charging infrastructure is still nascent.

For sellers, this creates a geographic arbitrage opportunity. If you are selling a used EV in a tier-2 or tier-3 city with limited charging, your buyer pool is smaller and price expectations are lower. Listing on a platform like VahanBazaar, which reaches buyers across all 51 cities, can help you find buyers from better-served cities willing to pay fair market value.

For buyers, the 27,737-station number should be encouraging but not blindly reassuring. Before purchasing a used EV, check the actual charging density in your specific city and along your daily routes. A city may have 200 chargers, but if 150 of them are AC slow chargers (which take 6-8 hours for a full charge) and only 50 are DC fast chargers, the practical usability for a four-wheeler owner who needs quick top-ups is more limited than the raw number suggests.

The expansion of charging into tier-2 cities like Jaipur, Lucknow, and Kochi is gradually unlocking used EV demand in these markets. As these cities cross the 300-500 charger threshold over the next 12-18 months, expect used EV prices in these locations to converge closer to metro city levels. For smart buyers, this means purchasing a used EV in a tier-2 city today — while prices are still discounted relative to metros — could be a value play as infrastructure catches up.

Back to Auto News