Nio Completes 1.2 Million Battery Swaps in Single Week
The Chinese EV maker's network handled nearly 25 million kWh of energy demand during the National Day holiday period.
Chinese electric vehicle manufacturer Nio reported completing approximately 1.2 million battery swaps during the recent National Day holiday week, marking a significant operational milestone for its battery exchange infrastructure.
What Happened
According to a holiday charging and battery swap report released on Friday, Nio's network of roughly 4,100 battery swap stations processed 1,192,221 consumer swaps between October 1 and October 7. This volume represents a daily average nearly 22% higher than the same period in the previous year. The company had previously set multiple swap records during the Chinese Lunar New Year celebrations earlier this year, with six-figure daily swap counts appearing as early as the third day of the festivities.
Why It Matters
The data highlights the scale at which battery swapping can operate within a specific geographic market, offering an alternative to plug-in charging for long-distance travel. During the holiday week, highway travelers accounted for a substantial share of the demand, with the network delivering more than 24.83 million kWh of electricity to support zero-emission travel. The source notes that 175,000 takers used the service in a single day. For drivers, the process involves pulling into a station and departing with a fully charged battery in three to five minutes. The source states that adding hundreds of miles of driving takes under two minutes, describing this as quicker in many cases than pumping a tank of liquid fuel into an ICE-powered car.
The Bottom Line
Nio's ability to handle nearly 1.2 million swaps in seven days demonstrates that its battery exchange model has reached a high-volume operational standard in China. The source claims the technology can rival traditional refueling infrastructure at scale and suggests swapping is the right solution for road tripping travelers compared to increasingly faster charging.




