# Can India Support Five-Minute EV Charging? What China's 2.25MW Systems Reveal > Geely claims 10-70% charging in 4.5 minutes from a 2.25MW system, but megawatt charging brings major grid, cooling, cost and battery challenges for India. - **Author**: Prakash - **Published**: 2026-09-29 - **Modified**: 2026-09-29 - **Category**: news - **URL**: https://bestev.in/news/can-india-support-five-minute-ev-charging-what-chinas-225mw-systems-reveal-20260929 --- China's EV industry is pushing charging times toward the duration of a conventional fuel stop. Geely says its fifth-generation Smart Charging station can deliver a peak output of **2.25 MW** and charge compatible vehicles from **10% to 70% in 4 minutes 30 seconds**. The company also reports 10% to 97% charging in 8 minutes 40 seconds under specified ambient conditions. These are manufacturer claims from compatible batteries and vehicles--not a universal result for existing EVs. ## China's fast-charging competition Geely is competing with BYD and battery companies including Sunwoda. BYD has publicised 10% to 70% charging in about five minutes and close to 97% in nine minutes with compatible Blade Battery and flash-charging technology. Sunwoda has announced a 15C flash-charging battery system and plans for a large network of megawatt-class charging stations. The numbers are not directly comparable without identical battery sizes, temperatures, starting conditions and charging curves. Peak charger output also does not mean a vehicle accepts that power throughout the session. ## Why 2.25MW is difficult A single charger drawing more than two megawatts can impose a load comparable to a substantial commercial facility. A highway site operating several units simultaneously may require: - High-capacity grid connection - Dedicated transformers and switchgear - Liquid-cooled cables and connectors - On-site energy storage - Sophisticated power management - Strong fire and thermal-safety systems - Significant capital investment Battery temperature must be controlled carefully. Repeated high-rate charging can increase degradation risk if cell chemistry and software are not designed for it. ## Could it work in India? India could deploy megawatt charging at selected highway hubs, bus depots or commercial-fleet sites where grid capacity and utilisation justify the investment. It is unlikely to become the standard at every urban charging point in the near term. Most Indian private cars also do not support charging at anywhere close to megawatt power. Rolling out extremely powerful chargers before compatible vehicles exist would create expensive, underused infrastructure. A more immediate priority is improving uptime, payment interoperability, safe installation and dependable 60-240kW highway charging. ## Battery storage may help Stationary battery storage can charge gradually from the grid and release power quickly to vehicles, reducing instantaneous grid demand. However, it adds cost, space, cooling and lifecycle considerations. Solar generation can contribute energy but cannot by itself provide consistent multi-megawatt output for rapid sessions without storage or a strong grid connection. ## What the Chinese systems really demonstrate The significance is not simply "charging in four minutes." It is the coordinated development of batteries, 800-900V vehicle architectures, cooled connectors, charging stations and dense networks. For India, the lesson is to plan the full ecosystem. Megawatt charging may become useful for premium cars and commercial vehicles, but reliable everyday infrastructure will create more value today than pursuing headline power without compatible vehicles and grid capacity. --- - [More news articles](https://bestev.in/news/category/news) - [All articles](https://bestev.in/news)