Electric vehicle adoption in India has seen a sharp rise since 2020, with sales crossing 2 million units in 2024 and market penetration nearing 8%. Projections suggest electric vehicles could represent over 40% of automotive sales by 2030, driven by federal policies such as the FAME-II subsidy programme and tax incentives for domestic manufacturing. While states like Karnataka and Maharashtra have rapidly expanded charging networks, union territories of J&K and Ladakh lag far behind, with just 157 and one public charging stations, respectively. This disparity brings a critical challenge: uneven infrastructure development threatens to exclude geographically complex areas from India’s broader transition to electric mobility. The low density of charging stations in J&K, especially the Kashmir Valley and Ladakh, stems from multiple factors. Harsh winters, which reduce battery efficiency by up to 40% in sub-zero temperatures, and mountainous terrain complicate both vehicle usage and infrastructure installation. Existing federal initiatives like the PM E-DRIVE Scheme and the National Highways Authority of India’s plan to build 700 highway charging hubs have made limited progress in these regions, partly due to logistical hurdles and a lack of localised planning. For instance, the NHAI’s 50 operational Wayside Amenities (WSA) are concentrated in plains, with no clarity on how many will serve J&K’s winding highways or Ladakh’s high-altitude routes. Without specific interventions, residents and tourists in these areas may remain reliant on fossil fuel vehicles, undermining national emissions targets. Addressing this gap requires region-centric strategies. First, decentralised renewable energy solutions could bypass grid connectivity challenges. Ladakh, with over 300 sunny days annually, could host solar-powered charging stations, reducing dependence on diesel generators during winter. Pilot projects for modular, portable chargers—already tested in Himachal Pradesh—could be replicated in J&K’s remote areas. Second, incentivising private investments through land subsidies or tax breaks might attract companies to set up charging hubs near popular tourist hotspots, combining commercial viability with public utility. Third, policy adjustments are needed: including cold-weather performance standards in FAME-II eligibility criteria could push manufacturers to develop batteries suited for Himalayan conditions. Partnerships with local communities are equally vital. Training programmes for youth in EV maintenance and grid management could create jobs while ensuring infrastructure sustainability. Additionally, integrating charging points with existing facilities—army bases, petrol pumps, or homestays—could lower setup costs and encourage adoption. For example, the Border Roads Organisation could incorporate charging stations into its roadside amenities network, improving accessibility for both civilians and security personnel. Finally, raising awareness is key. Misconceptions about EVs’ viability in cold climates persist, despite advancements in battery insulation and preheating technologies. Demonstration projects, winter endurance trials, and subsidies for commercial fleets (e.g., electric taxis in Leh) could build public confidence. Pairing financial benefits with awareness campaigns—highlighting lifetime savings, reduced maintenance, and home-charging convenience—would help consumers see EVs as viable long-term investments rather than niche alternatives. The government’s 2030 vision for EVs will only materialise if growth is inclusive—prioritising regions left behind today ensures no part of India is excluded from the electric revolution tomorrow.
EV Divide
