Chinese analysts said India's rapid electric vehicle market growth is a cautionary tale rather than a threat to China's dominance [1].

This assessment highlights a critical gap between market adoption and industrial independence. While India is seeing an increase in EV usage, the underlying infrastructure remains dependent on foreign technology, limiting its ability to compete as a primary manufacturer.

According to analysts, more than 90% of the battery cells used in Indian EVs are imported from China [1]. This reliance suggests that India's current EV sector functions primarily as an assembly ecosystem, rather than a fully integrated manufacturing chain [1].

Because the core technology — the battery cell — is produced in China, analysts said China does not feel threatened by India's market expansion [1]. The growth in Indian demand effectively increases the export market for Chinese battery manufacturers, further cementing China's position in the global supply chain [1].

India has expressed ambitions to become a global manufacturing hub for electric vehicles [1]. However, the current dependency on imported cells creates a bottleneck that hinders this objective. Without domestic cell production, the value addition within India remains low, leaving the most profitable part of the supply chain in Chinese hands [1].

Analysts said this dynamic transforms India's growth into a lesson on the risks of scaling a technology sector without first securing the foundational components [1].

“More than 90% of the battery cells used in Indian EVs are imported from China.”

The situation illustrates the difference between market growth and industrial sovereignty. While India is successfully increasing the number of electric vehicles on its roads, it has not yet achieved the vertical integration necessary to decouple from Chinese supply chains. For India to transition from an assembly hub to a manufacturing power, it must move beyond importing components and establish domestic battery cell production.