Whalesbook
Infrastructure Gaps Slow EV Growth
India's electric vehicle (EV) sales are growing fast, but widespread adoption faces serious obstacles. While China's rapid EV rollout offers lessons, India's path is complicated by its own challenges in building core infrastructure and manufacturing capabilities. Simply adding more charging stations won't be enough if India can't also develop local production of essential components. This risk could lead to a slower transition and continued reliance on imported parts.
Charging Network Falls Far Short
India's EV market is growing, but its charging network lags far behind global benchmarks. By early 2026, India had about 27,000 public charging stations, meaning roughly one charger for every 225 EVs. China, in contrast, is projected to have around 20 million public chargers by 2025, with a ratio closer to one charger per seven vehicles. Many of India's chargers are slow, and a significant number are reported as broken or unreliable, causing range anxiety for drivers. Government efforts like the PM E-DRIVE scheme aim to expand the network, but achieving the necessary scale and reliability remains a major challenge.
Subsidies Boost Sales, But Ecosystem Lags
India has introduced policies like the FAME and PM E-DRIVE schemes to encourage EV adoption. These have helped boost sales, especially for two- and three-wheelers. However, critics argue that relying heavily on upfront subsidies mainly lowers costs temporarily without significantly expanding overall market share, while also being expensive for the government. Future approaches, including tax benefits and scrappage incentives, are planned. But these must be paired with fundamental changes to make EVs truly cost-competitive, particularly for more affordable vehicle segments.
Struggling to Make Parts Locally
India's biggest hurdle in following China's EV success is its struggle to build a complete local supply chain. The country still imports many critical, high-value parts like battery cells, advanced semiconductors, and rare earth magnets. Developing a domestic battery industry faces significant challenges: securing raw materials, managing complex supply chains, the massive cost of building gigafactories, and a shortage of skilled workers. China's government-backed, integrated system achieves cost advantages through scale. In contrast, India's localization efforts for key components are still in early stages, with local content often below 20%. This reliance on imports raises production costs and exposes the sector to global supply chain risks.
Why China's EV Success Is Hard to Replicate
Replicating China's EV success is proving difficult for India due to several specific obstacles. Red tape, grid capacity limits, and differing technical standards slow down the installation of charging infrastructure. The high cost of setting up fast chargers (₹20-₹45 lakh) combined with low average usage (under 25%) makes profitability a constant worry. Furthermore, electricity distributors (DISCOMs) often have unclear processes and aren't prepared for EV charging demands, leading to cautious decisions that delay approvals for large projects. Unlike China's unified, state-driven industrial plan, India's government support hasn't yet created the same deep, integrated local manufacturing needed to lower costs and speed up adoption.
EV Goals Face Hurdles, Import Reliance Continues
India's EV market is evolving, with two- and three-wheelers leading the charge, though passenger car adoption remains slower and concentrated in pricier models. The goal of achieving 30% EV sales by 2030 looks increasingly difficult without major improvements in charging infrastructure and, crucially, local manufacturing. If India cannot overcome the deep challenges of producing battery technology and other key parts locally, its EV growth could remain limited by imported components. This pattern echoes the country's past reliance on imports for internal combustion engine vehicles and marks a significant departure from China's self-sufficient approach.