EV Component Domestic Sourcing Requirements

Is India’s EV Industry Ready for Stricter Localization Norms? India’s EV push is entering a new phase of self-reliance with the latest March 2025 amendments to the PM E-Drive Scheme. While the scheme was already incentivizing EV adoption, the government is now doubling down on domestic manufacturing by tightening the Phased Manufacturing Programme (PMP) rules. 𝗪𝗵𝗮𝘁’𝘀 𝗖𝗵𝗮𝗻𝗴𝗶𝗻𝗴? ➡ No More Imported Battery Modules – Traction battery packs, Battery Management Systems (BMS), DC-DC converters, motor controllers, and onboard chargers must now be made in India. ➡ Stronger Localization Rules – EV manufacturers can no longer rely on Completely Knocked Down (CKD) imports from single suppliers. ➡ Limited Import Flexibility – BMS & DC-DC converters can still be imported, but only until March 2026. ➡ New Compliance Mechanisms – Testing agencies will now verify each component’s Domestic Value Addition separately, instead of allowing blanket approvals. ➡ Phased Implementation Timeline – → May 2025: Stricter localization norms kick in for electric two-wheelers (e2W) & three-wheelers (e3W). → Next 6-12 months: Higher domestic manufacturing mandates roll out for electric buses (e-Buses). 𝗪𝗵𝗮𝘁’𝘀 𝘁𝗵𝗲 𝗜𝗺𝗽𝗮𝗰𝘁 𝗼𝗳 𝗔𝗺𝗲𝗻𝗱𝗺𝗲𝗻𝘁? → Big Boost for ‘Make in India’ – More local manufacturing, more jobs, reduces import dependency, and a stronger domestic EV ecosystem. → Higher Compliance for OEMs – EV makers will need to invest in local supply chains, which might raise short-term costs. → Impact on EV Prices – Localization might push up production costs initially, but long-term savings will drive affordability. → Encourages Innovation – A big push for R&D in battery tech and high-efficiency EV components. India is moving from import dependency to self-sufficiency, but can manufacturers scale up production fast enough? What do you think – will these localization mandates accelerate or slow down India’s EV growth? Let me know your thoughts in the comments.

The Ministry Of Heavy Industries is taking another decisive step towards building a domestic EV manufacturing ecosystem. The latest amendment to the Phased Manufacturing Programme (PMP) under the PM E-DRIVE scheme mandates that from September 2026 onwards, key e-truck components such as Battery Management Systems (BMS), DC–DC converters, and Vehicle Control Units (VCUs) must be manufactured in India at a component level. This includes PCB-level assembly of electronic components and semiconductors, along with wiring, enclosure fitment, and software integration. Importantly, a transition window has been provided. BMS imports are permitted until 31 August 2026, giving industry time to localise production capabilities before stricter requirements take effect. This move clearly signals a shift from assembly-led manufacturing to deeper value addition, and will be critical in reducing import dependence while strengthening India’s EV supply chain. The International Council on Clean Transportation ICCT India

How Indian is our EV? Most #EVcomponents are still being imported. Current geo-political scenario forces us to reflect on domestic #supplychain PM E-Drive scheme is a crucial initiative to accelerate EV adoption by providing demand-side incentives to OEMs. The latest amendment to the Phased Manufacturing Program (PMP) mandates that from May 1, 2025, electric 2W and 3W manufacturers must ensure domestic production of these critical subsystems to remain eligible for government subsidies. However, these incentives come with a key requirement—localized manufacturing of critical components such as traction motors, motor controllers, BMS, and VCU. However, past instances show that adherence to these mandates is essential. Several EV manufacturers that previously claimed FAME II subsidies without meeting localization requirements faced severe consequences, including financial penalties and subsidy clawbacks, loss of eligibility for future incentives, reputational damage, etc. Some companies, unable to withstand the financial burden of subsidy clawbacks, faced severe liquidity crises including insolvencies. Beyond compliance, consumer dissatisfaction with electric 2W has been rising. Reports of frequent failures in motors, controllers, and battery systems indicate that many EVs on Indian roads rely on imported components ill-suited for local conditions. Poor durability, overheating, and performance inconsistencies are eroding consumer confidence and slowing adoption. The national security implications of foreign dependence on embedded software and hardware components are equally concerning. India has already restricted imports of embedded systems in critical sectors like defense, aerospace, telecom, and energy to safeguard national interests. Mobility is no different. It is critical to have not just on hardware localization but also software sovereignty — especially in strategic components like motor controllers and VCUs. Many foreign suppliers are unwilling to hand over proprietary software or core algorithms, leaving Indian OEMs vulnerable to cybersecurity risks. This is particularly critical as the PM E-Drive policy explicitly mandates that software flashing must also be carried out within India. Building a self-reliant EV ecosystem will require responsible sourcing from OEMs and strict enforcement of localization policies by regulators. A strong supply chain of India-made critical EV components will not only elevate product quality but also position India as a global leader in sustainable mobility solutions. We strongly believe in Design in India and #makeinindia and have been actively investing in the value chain be it motors, controllers, VCU, cells, batteries, supercapacitors or chargers. We invite all the stakeholders to join hands for full-stack indigenization of Indian EV Ecosystem Ministry Of Heavy Industries Ola Electric Ather Energy Bajaj Auto Ltd TVS Motor Company Make In India