India's electric vehicle component market is expected to reach ₹3.55 lakh crore by 2032, marking an eightfold rise from 2025. This growth, driven by local manufacturing, presents a significant shift for auto suppliers, though high import reliance on key parts like battery packs remains a challenge for the sector.
The Indian electric vehicle (EV) component market is projected for significant expansion over the next several years, with a new report from the India Energy Storage Alliance (IESA) and Customized Energy Solutions (CES) forecasting the sector to reach approximately ₹3.55 lakh crore by 2032. This growth trajectory reflects a compound annual growth rate of 38% from 2025, when the market size was estimated at ₹41,000 crore.
Shifts in Domestic Manufacturing and Localization
The push for clean mobility is driving domestic original equipment manufacturers (OEMs) to increase their local sourcing of EV components. Currently, battery packs are the most significant cost driver, accounting for over 50% of the component market share. While the scale of this opportunity is large, companies face a hurdle in the form of import dependency. Approximately 60% of an EV's cost structure is still tied to imported components, particularly in high-value segments like battery packs and power inverters.
Conversely, segments like battery management systems (BMS) and electric motors are witnessing faster localization. These areas are less capital-intensive and benefit from the growing focus on software development in India, which allows domestic firms to capture more value compared to hardware-heavy segments. For investors, the ability of local manufacturers to move beyond simple assembly and secure intellectual property in these subsystems will be a critical factor in determining long-term profitability.
Managing Strategic Risks and Capital Intensity
While the sector growth outlook is strong, the transition involves substantial capital spending. Companies that are currently investing in research, development, and supply chain resilience are aiming to position themselves as key partners for major automotive firms. However, high capital spending on manufacturing capacity carries risks, especially if demand for specific EV models does not meet expectations or if global raw material prices fluctuate significantly.
Furthermore, the sector's success is tied to government policies regarding localization, such as the FAME scheme and Production Linked Incentive (PLI) programs, which are designed to reduce dependence on foreign suppliers. Investors should monitor how these policies evolve, as they directly influence the profit margins of domestic component manufacturers. The competitive landscape will also be defined by which firms can successfully balance the need for high-tech manufacturing investments with the pressure to maintain lean balance sheets in a rapidly evolving market.