China EV Charging Infrastructure Operational Report: January 2025 Shows Continued Rapid Growth

China EV Charging Infrastructure Operational Report: January 2025 Shows Continued Rapid GrowthThe China Charging Alliance officially released its national electric vehicle (EV) charging and swapping infrastructure operational report for January 2025 on February 18th. The data reveals the continued rapid growth of China's EV charging infrastructure, providing strong support for the booming new energy vehicle (NEV) industry

China EV Charging Infrastructure Operational Report: January 2025 Shows Continued Rapid Growth

The China Charging Alliance officially released its national electric vehicle (EV) charging and swapping infrastructure operational report for January 2025 on February 18th. The data reveals the continued rapid growth of China's EV charging infrastructure, providing strong support for the booming new energy vehicle (NEV) industry.

The report shows that in January 2025, a total of 395,000 new charging units were added nationwide, representing a year-on-year increase of 49.5% a remarkable growth rate. This growth is primarily driven by public charging infrastructure and privately installed chargers accompanying vehicle purchases. Public charging stations increased by 181,000 units, a staggering 222.5% year-on-year growth, significantly exceeding the overall growth rate and highlighting the accelerated development of the public charging network. Meanwhile, the increase in private chargers installed with new vehicles reached 214,000 units, showing a more moderate 2.9% year-on-year growth, largely in line with the growth rate of NEV sales.

By January 2025, the cumulative number of charging units nationwide reached 13.213 million, a 49.1% year-on-year increase. This substantial figure demonstrates the government's strong commitment and achievements in developing the NEV industry, while also providing consumers with more convenient charging services. This extensive charging network effectively alleviates consumer "range anxiety," further promoting the popularization and adoption of NEVs.

Regarding public charging pile types, by January 2025, member units of the Alliance reported a total of 3.76 million public charging piles. Among these, 1.714 million were DC chargers and 2.046 million were AC chargers. The slightly higher number of AC chargers may be attributed to their lower cost and the lower charging power requirements of some lower-range vehicles. However, it's noteworthy that the proportion of DC fast-charging piles is steadily increasing, reflecting the growing demand for faster charging and advancements in charging technology.

This report strongly supports the rapid development of China's EV charging infrastructure and showcases the guiding role of government policies and the active participation of market players. The rapid increase in charging piles not only meets the growing charging needs of the increasing number of EVs but also lays a solid foundation for the continued expansion of the future NEV market. However, while significant progress has been made, attention must continue to be paid to the balanced layout of charging facilities, as well as the quality and stability of charging services, to ensure that charging infrastructure better supports the sustainable development of the NEV industry. Optimizing charging network layouts, improving charging efficiency and user experience will be key factors in driving the continued healthy development of the NEV industry. This requires collaborative efforts from the government, enterprises, and consumers to build a more comprehensive and convenient EV charging ecosystem.

The data presented in the report not only reflects the construction speed of China's EV charging infrastructure but also forecasts the future development potential of the NEV industry. The continued promotion of charging infrastructure construction will further promote the popularization and application of NEVs, drive the transformation and upgrading of China's automotive industry, and make significant contributions to achieving carbon neutrality goals. In the future, we expect to see a more comprehensive charging network and more convenient charging services, providing strong support for the continued development of NEVs. Technological innovation and service upgrades will also play a crucial role in the future development of charging infrastructure.

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