India's Ministry of Heavy Industries has identified 60 priority corridors for electrification and proposed that automakers divide responsibility for deploying charging infrastructure along assigned highway stretches, aiming to saturate key routes within two to three years. Secretary Kamran Rizvi told the Society of Indian Automobile Manufacturers annual session that nearly half of mapped charging stations are currently non-functional. The ministry holds a Rs 2,000 crore corpus for charging infrastructure that could be extended to automakers, while charging depots are planned across 160 cities to support bus electrification.
Why it matters: The shift from direct government subsidy to industry led infrastructure deployment signals a new procurement model for highway charging, with OEMs potentially becoming anchor clients or partners for CPOs on specific corridor contracts. The Rs 2,000 crore fund and 160 city depot programme represent concrete near term opportunities for charging operators willing to work within an automaker coordinated framework.
Suzuki inaugurated its e VITARA battery electric vehicle in August 2025, making India its global EV manufacturing hub with exports to over 100 countries including Europe and Japan. India's EV sales rose from 50,000 units in 2016 to 2.3 million in 2025, a 46 fold increase driven by the National Electric Mobility Mission Plan and FAME scheme launched in 2015. The growth outpaced the global EV market, which expanded from 918,000 units in 2016 to 18.78 million, as India pursues goals to cut petroleum imports, reduce urban air pollution and lower transport emissions that account for roughly 9% of national totals.
Why it matters: A 2.3 million unit EV market signals accelerating demand for charging infrastructure across Indian cities and export corridors. Charge point operators and equipment suppliers face a rapidly scaling opportunity as government incentives and OEM commitments converge to support fleet electrification.
Chief Minister Rekha Gupta flagged off 50 new electric buses in Delhi on 3 September 2026, including the launch of an interstate e-bus service between Delhi and Rewari in Haryana's NCR belt. The rollout is part of a wider push to decarbonise Delhi's public transport, and the Chief Minister also inaugurated the Tehkhand automated vehicle testing centre and opened public EV charging stations at Hasanpur and Ghazipur.
Why it matters: The 50 bus deployment and new interstate route signal growing fleet electrification in India's capital region, creating sustained demand for depot and public charging infrastructure. The simultaneous opening of two public charging sites and a testing facility points to coordinated procurement across vehicles, charging hardware and grid capacity in the NCR.
DelhiIndia3 Sep 2026Source India will require 1.32 million EV charging points by 2030, up from 67,657 installed as of August 2026, according to a Rubix Data Sciences report citing CII estimates. Public charging stations grew nearly six times from 5,000 in 2022 to 29,151 by December 2025, with Karnataka, Maharashtra and Uttar Pradesh leading deployment. However, charger utilisation remains low at 1 to 5 per cent, and 73 per cent of chargers are rated below 30 kW, with only 534 units at 121 to 240 kW and nine above 240 kW.
Why it matters: The 1.25 million charger gap by 2030 signals a major procurement opportunity, though low single digit utilisation rates and the dominance of sub 30 kW hardware point to unresolved site economics and a pressing need for DC fast and ultra fast infrastructure on highways and in urban areas.
India will require 1.32 million EV charging points by 2030, up from 67,657 installed as of August 2026, according to a Rubix Data Sciences report citing CII estimates. Public charging stations grew nearly six times from 5,000 in 2022 to 29,151 by December 2025, with Karnataka, Maharashtra and Uttar Pradesh leading deployment. However, charger utilisation remains low at 1 to 5 per cent, and 73 per cent of India's chargers are rated below 30 kW, with only 534 units at 121 to 240 kW and nine above 240 kW.
Why it matters: The 20 times expansion needed by 2030 signals a major procurement opportunity, though low single digit utilisation rates and the dominance of sub 30 kW hardware point to unresolved site economics and a pressing need for DC fast and ultra fast charging investment on highways and urban corridors.
