India's ambitious goal of becoming a global electric vehicle (EV) manufacturing hub faces a significant hurdle: a substantial cost disadvantage against Chinese suppliers. According to a new report by the Institute for Energy Economics and Financial Analysis (IEEFA) and JMK Research & Analytics, Indian component manufacturers are 20-30% less cost-competitive than their Chinese counterparts.
This persistent gap threatens to undermine efforts to deepen EV localization and strengthen domestic value creation within India's rapidly expanding EV market.
Scale and Fragmentation Hinder Competitiveness
The IEEFA-JMK report identifies several key factors contributing to India's cost disadvantage. A primary issue is the lack of economies of scale. Despite India's EV market growing nearly 14-fold since FY2020, domestic production volumes remain approximately 85% lower than those in China. This smaller scale leads to higher per-unit costs, making Indian suppliers less competitive globally.
Furthermore, India's EV ecosystem, particularly in the two-wheeler and three-wheeler segments, suffers from fragmentation. Manufacturers often use proprietary designs and component specifications, leading to a lack of standardization across Original Equipment Manufacturers (OEMs). This results in smaller, less efficient order sizes for component makers, preventing them from spreading fixed costs over larger production volumes and further eroding cost competitiveness.
Heavy Reliance on Imports
Another critical challenge is India's significant dependence on imported semiconductors, rare-earth magnets, and other advanced materials. The report highlights that roughly eight of 12 key EV components analyzed contain subcomponents not currently produced in India. This reliance exposes manufacturers to global price fluctuations, currency risks, and geopolitical instability, all of which inflate production costs and limit domestic value addition.
Strategies for Manufacturing Transformation
To overcome these challenges and compete with established manufacturing powerhouses like China, the report recommends several strategic interventions:
- Increase Scale and Efficiency: Promote greater standardization of components across OEMs and wider adoption of common charging standards to achieve better economies of scale.
- Brownfield Projects: Encourage the conversion of existing internal combustion engine (ICE) manufacturing facilities into EV component units. This approach can accelerate capacity expansion and reduce initial investment costs.
- Strengthen Domestic Capabilities: Invest in developing stronger local capabilities for critical upstream materials such as semiconductors and rare-earth magnets to reduce import dependence.
While recent investments in areas like motors, power electronics, and charging infrastructure indicate growing confidence in India's EV sector, the report emphasizes that long-term competitiveness hinges not just on localization, but on the ability to produce EV components at costs that can effectively rival the world's most integrated manufacturing ecosystems.