India’s electric mobility shift accelerates with ambitious local manufacturing targets

Electric mobility in India has shifted from policy aspiration to industrial priority as the country scales manufacturing, incentives and infrastructure to cut transport emissions and reduce fossil‑fuel reliance. Use of battery electric vehicles has risen sharply between fiscal 2019–20 and fiscal 2024–25, reflecting rapid market adoption driven by subsidies, public procurement and expanding charging networks, according to government disclosures and reporting by industry watchers.

Policy pushes have centred on strengthening domestic supply chains for advanced automotive technologies and batteries. According to a written reply in the Lok Sabha by the Minister of State for Heavy Industries, Bhupathiraju Srinivasa Varma, New Delhi has launched several flagship programmes with multi‑billion‑rupee budgetary commitments. The Production Linked Incentive scheme for the automobile and auto‑component sector (PLI‑Auto), approved on 15 September 2021, targets Advanced Automotive Technology products and carries an outlay of ₹25,938 crore, conditional on at least 50% domestic value addition. A separate PLI for Advanced Chemistry Cell battery manufacturing, approved on 12 May 2021 with ₹18,100 crore of support, aims to create cumulative cell capacity of 50 GWh.

More recent instruments seek to accelerate vehicle electrification and allied industries. The PM E‑DRIVE initiative , announced in late 2024 with a stated allocation of ₹10,900 crore over the 2024–28 period , focuses on incentivising e‑two‑wheelers, e‑three‑wheelers, e‑ambulances, e‑trucks and e‑buses while funding charging infrastructure and vehicle testing upgrades. Sources vary slightly on the scheme’s formal notification date (reported as 29 September 2024 by the ministry and as 1 October 2024 in some industry coverage), but its design includes a Phased Manufacturing Programme that mandates local production of specified EV components and sets explicit subsidy rates tied to battery capacity for smaller vehicles.

Targeted support for bus electrification and payment security has also been prioritised. The PM e‑Bus Sewa payment security mechanism, notified on 28 October 2024 with an outlay of ₹3,435.33 crore, is intended to underpin deployment of more than 38,000 electric buses by protecting operators against defaults by public transport authorities. Complementing this, the 2024 Union Budget allocated increased funds for electric buses and highway electrification; Finance Ministry announcements cited an allocation of ₹4,500 crore for e‑buses under FAME‑III and ₹2,000 crore for EV‑ready highways.

To reduce reliance on imported magnet and rare‑earth supply, the ministry has signalled a large industrial bet on permanent magnet production. The Scheme to Promote Manufacturing of Sintered Rare Earth Permanent Magnet (REPM Scheme) is reported by the ministry as having been notified on 15 December 2025 with ₹7,280 crore to establish about 6,000 tonnes per annum of integrated REPM capacity, a move intended to capture more value in the traction motor supply chain.

The push towards local electric passenger car production has been formalised through the Scheme for Promotion of Manufacturing of Electric Passenger Cars in India (SPMEPCI). The ministry lists the scheme as notified on 15 March 2024 with entry conditions that include minimum investment thresholds (₹4,150 crore) and staged domestic value‑addition targets (25% by the end of year three, 50% by year five). Some secondary reporting places similar passenger‑car manufacturing measures later, in mid‑2025, which suggests differing publication dates and industry summaries; however, the policy objective , to attract large scale investment and accelerate localisation of EV platforms , is consistent across accounts.

State governments are layering additional incentives on top of national programmes, shaping demand and localisation dynamics. Industry guides and state policy summaries show variations: Gujarat and Tamil Nadu have offered substantial purchase subsidies and tax waivers for electric cars along with registration and road‑tax exemptions; Delhi has offered per‑kWh subsidies for two‑wheelers coupled with road‑tax waivers; other states provide a mix of purchase discounts, reduced VAT and fee exemptions. Such subnational measures amplify the market for smaller urban vehicles while supporting manufacturers targeting particular regional markets.

Operational details of subsidy design are critical for manufacturers and fleet operators. Reporting on PM E‑DRIVE and related schemes indicates per‑vehicle and per‑kWh incentive structures that favour two‑ and three‑wheelers and commercial bus fleets, while passenger cars face stricter eligibility and higher investment thresholds when local manufacturing support is sought. The scheme frameworks also set explicit targets for public charging expansion , several industry sources and scheme documents cite a national objective of deploying roughly 72,000 new public charging points by 2025–26 , a target that will require coordinated investment from public authorities, utilities and private charge‑point operators.

For industrial decarbonisation strategists, the policy mix delivers three interlocking signals. First, the central government is aligning demand‑side incentives with supply‑side industrial policy to nurture domestic manufacturing of cells, magnets and vehicle components. Second, fiscal support is skewed toward high‑volume, urban‑oriented vehicle segments and public transport electrification, reflecting emissions priorities and ease of fleet conversion. Third, state incentives and budgetary allocations for highways and buses indicate a federated implementation landscape that manufacturers must navigate when planning sites, supply chains and sales strategies.

Risks remain. Achieving the stated localisation targets depends on sustained private capital, predictable procurement by public agencies, timely rollout of charging infrastructure and resolution of critical mineral supply constraints. Industry participants and investors will be watching how purchase incentives, phased manufacturing rules and payments‑security mechanisms unfold in practice, and whether implementation timelines and subsidy continuity support multi‑year investments in cell lines, motor plants and component tooling.

As the Indian EV ecosystem matures, large‑scale battery capacity, magnet production and vehicle assembly incentives are likely to determine who captures value in the transition from imported components to domestically engineered systems. For businesses engaged in industrial decarbonisation, the policy environment offers both opportunities to participate in a growth market and a reminder that realising those opportunities will require alignment with evolving procurement rules, localisation milestones and state‑level demand signals.