China EV Charging Infrastructure Reaches 24.777 Million Units

China's EV Charging Infrastructure Reaches 24.777 Million Units

China's electric vehicle charging network continued to expand in September 2026, with the China Electric Vehicle Charging Infrastructure Promotion Alliance (EVCIPA) reporting 24.777 million domestic charging facilities as of the end of the month, an increase of 37.2% year-over-year. Announced on October 22, the figures were compiled from reports submitted by more than 2,000 EVCIPA members. The total included 5.207 million public charging facilities, also referred to as charging guns, and 19.570 million private charging facilities. Public facilities increased 16.3% year-over-year, while private facilities grew 44.0%. The figures indicate continued expansion across China's charging infrastructure network, with private installations accounting for the larger share of the total installed base.

Growth in Charging Infrastructure During January–September 2026

China added 4.685 million domestic EV charging facilities between January and September 2026, representing a 10.7% decline compared with the same period in 2025. Public charging facilities accounted for 490,000 of the additions, down 45.4% year-over-year, while private charging facilities contributed 4.195 million units, a decrease of 3.5%. These figures distinguish the growth of the overall installed network from the pace of new installations during the first nine months of the year. Although the total number of facilities continued to rise, the year-over-year decline in additions was more pronounced in public charging infrastructure than in private installations, according to the reported data.

NEV Sales and Charging Infrastructure Expansion

From January through September 2026, domestic sales of new energy vehicles (NEVs) in China reached 8.466 million units, while the number of additional domestic charging facilities totaled 4.685 million. EVCIPA's comparison placed the relationship between these figures at approximately 1.8 to 1, comparing NEV sales with charging infrastructure additions over the same period. The alliance indicated that charging infrastructure construction had essentially kept pace with the rapid development of NEVs. However, these figures represent different measures: vehicle sales count vehicles sold during the period, while infrastructure additions count newly installed charging facilities. The ratio therefore provides a broad comparison of growth rather than a direct measurement of charger availability for every vehicle or the utilization of individual charging points.

Regional Distribution of China's Public Charging Facilities

China's public charging infrastructure was concentrated in a group of leading provinces and municipalities in September 2026. Guangdong had the largest reported number, at 875,000 units, followed by Zhejiang with 499,000 and Jiangsu with 455,000. Other regions among the ten largest reported totals were Fujian with 340,000 units, Shandong with 333,000, Shanghai with 330,000, Henan with 286,000, Anhui with 245,000, Sichuan with 230,000, and Hebei with 221,000. Together, these ten regions accounted for 66.1% of the country's public charging facilities. The distribution demonstrates the concentration of charging infrastructure across major regional markets, although the reported totals alone do not establish differences in charger utilization, geographic accessibility, or charging capacity.

Public Charging Electricity Consumption in September 2026

Electricity consumption for EV charging in China reached approximately 12.46 billion kilowatt-hours (kWh) in September 2026. This represented an increase of 62.3% year-over-year but a decrease of 30 million kWh compared with August 2026. The provinces and municipalities identified as major centers of charging electricity consumption were Guangdong, Jiangsu, Hebei, Sichuan, Zhejiang, Shanghai, Shandong, Fujian, Henan, and Shaanxi. Buses and passenger vehicles were the primary users identified in the report. The combination of higher annual consumption and a modest monthly decline shows why year-over-year and month-over-month comparisons need to be considered separately. The reported electricity consumption measures energy used for charging, rather than the number of charging facilities or vehicles sold.

China's Battery Swapping Network Expands

China had 7,108 battery swapping stations as of September 2026, an increase of 42.3% compared with the same month a year earlier, according to EVCIPA. Guangdong ranked first among provinces and municipalities, with 928 stations. By operator, NIO held the leading position with 4,196 stations. These figures show that battery swapping remained a growing component of China's electric vehicle infrastructure alongside conventional public and private charging facilities. The station totals and operator rankings describe the reported network's size and distribution; they do not independently establish the number of vehicles served, station throughput, or the relative operating performance of different providers. Battery swapping and plug-in charging are distinct infrastructure approaches, and the reported data cover both within the broader development of China's EV ecosystem.

Industry Impact & Outlook

China's expanding charging network and battery swapping infrastructure provide an important foundation for the country's NEV market, while the slower pace of new installations during January–September 2026 highlights differences between cumulative network growth and current deployment momentum. The concentration of public chargers in ten provinces and municipalities also makes regional distribution an important consideration when assessing infrastructure access. For automakers, charging operators, fleet owners, and infrastructure investors, the combination of rising annual charging electricity consumption and substantial private charging installations points to multiple infrastructure use cases. Future assessments will benefit from comparing new installations with vehicle growth, regional charging demand, and actual utilization data, none of which can be fully established from installation totals alone.

Frequently Asked Questions

How many EV charging facilities did China have in September 2026?
China had 24.777 million domestic EV charging facilities as of September 2026, representing 37.2% year-over-year growth, according to EVCIPA. The total included 5.207 million public charging facilities and 19.570 million private charging facilities. Public installations increased 16.3% year-over-year, while private installations rose 44.0%. EVCIPA announced these figures on October 22, 2026, based on reports from more than 2,000 members. The figures describe the reported national installed base and distinguish public charging infrastructure from private charging facilities.

How many charging facilities did China add during the first nine months of 2026?
China added 4.685 million domestic EV charging facilities between January and September 2026, a 10.7% decrease compared with the same period in 2025. Public charging facilities accounted for 490,000 additions, down 45.4% year-over-year, while private facilities contributed 4.195 million additions, down 3.5%. These figures show that the pace of new installations declined even as the total installed charging network continued to grow. The difference between cumulative facilities and additions is important when evaluating infrastructure deployment trends.

How does China's charging infrastructure growth compare with NEV sales?
China recorded domestic NEV sales of 8.466 million units and an increase of 4.685 million charging facilities between January and September 2026, producing an approximately 1.8-to-1 ratio. EVCIPA interpreted the comparison as indicating that charging infrastructure construction had essentially kept pace with rapid NEV development. However, vehicle sales and charging facility additions are different measures, so the ratio does not directly establish charger availability for each vehicle. It also does not measure individual charger utilization, regional accessibility, or the capacity of the charging network to meet every local demand pattern.

Which Chinese regions had the most public EV charging facilities?
Guangdong led China's public charging infrastructure distribution in September 2026, with 875,000 facilities, followed by Zhejiang with 499,000 and Jiangsu with 455,000. Fujian, Shandong, Shanghai, Henan, Anhui, Sichuan, and Hebei completed the ten leading regions identified in the report. Collectively, these ten provinces and municipalities accounted for 66.1% of China's public charging facilities. The concentration highlights the importance of regional distribution when assessing charging infrastructure development. However, the reported facility counts do not independently show whether charging access or utilization is uniform within each region.

How much electricity did China's EV charging network consume in September 2026?
China's EV charging electricity consumption reached approximately 12.46 billion kWh in September 2026, increasing 62.3% year-over-year while declining by 30 million kWh month-over-month. Major consumption centers included Guangdong, Jiangsu, Hebei, Sichuan, Zhejiang, Shanghai, Shandong, Fujian, Henan, and Shaanxi. Buses and passenger vehicles were identified as the primary users. These figures measure electricity consumed for charging rather than charging station counts or vehicle sales. Comparing monthly and annual changes provides different perspectives on energy demand, but the reported totals alone do not establish the causes of those changes.

How many battery swapping stations did China have in September 2026?
China had 7,108 battery swapping stations as of September 2026, representing 42.3% year-over-year growth, according to EVCIPA. Guangdong ranked first by provincial and municipal distribution, with 928 stations, while NIO ranked first among operators with 4,196 stations. These figures indicate expansion in battery swapping infrastructure alongside the country's larger EV charging network. The reported station totals describe the size of the network but do not establish station utilization, vehicle coverage, or comparative operating efficiency. Battery swapping remains a distinct infrastructure approach alongside conventional plug-in charging.