China’s EV Charging Network Hits 22.5 Million
China’s electric vehicle charging infrastructure has reached a new milestone, with the total number of charging facilities hitting 22.497 million as of the end of May 2026, representing a year-on-year increase of 44.9%, according to the National Energy Administration (NEA). The rapid expansion underscores China’s position as the global leader in EV adoption and supporting infrastructure, with the newly unveiled 15th Five-Year Plan targeting 40 million charging facilities by 2030.
Infrastructure at a Glance
The NEA data reveals a dual-structure charging ecosystem. Public charging facilities reached 4.951 million units, up 25.9% year-on-year, with a total rated power of 242 million kW. Private charging facilities, which account for approximately 78% of all installations, surged to 17.546 million units, growing at an impressive 51.4% year-on-year. The installed capacity for private charging reached 151 million kVA.
According to Zhang Yi, a reporter for Guangming Daily writing in People’s Daily, the average power per public charging gun rose to approximately 48.89 kW, an 8.9% increase year-on-year, indicating steady improvements in fast-charging capability. Private charging facilities have maintained a year-on-year growth rate exceeding 50% since the beginning of 2026, with home charging developing particularly rapidly.
Policy Backing: The 15th Five-Year Plan
Just days before the NEA data release, the National Development and Reform Commission (NDRC) and the NEA jointly issued the 15th Five-Year Plan for Building a New Energy System (2026-2030), a landmark policy framework that sets ambitious targets for the country’s energy transition. Among its key provisions is a goal to double the current charging infrastructure to 40 million units by 2030.
NEA Vice Administrator Wan Jinsong said at a press conference that infrastructure is “the backbone of the new energy system,” enabling clean energy such as wind, solar and hydropower to be transmitted, connected to the grid and utilized more efficiently, as reported by CGTN.
The 15th Five-Year Plan also targets non-fossil energy reaching 25% of energy consumption by 2030, with new energy accounting for 30% of power generation. Wind and solar are expected to exceed 50% of installed power capacity, becoming the dominant source of installed capacity.
Vehicle-to-Grid and Smart Charging
A key highlight of the new plan is the integration of electric vehicles as regulating resources for the power system. The plan calls for China to make full use of EV storage resources, exploring integrated interaction among vehicles, charging piles, charging stations and the grid. By 2030, the aggregated adjustable charging capacity from vehicle-grid interaction (V2G) is expected to reach approximately 50 GW.
This reflects a strategic shift from pure infrastructure buildout to smart grid integration. As Dr. Richard van Ostende of China Insights noted, “For international businesses operating in China, the era of EV infrastructure buildout is largely completed. The foundation is set and the real competition is just beginning. The next frontier lies in software, smart charging, and grid integration.”
Private Charging Dominance and Market Implications
The dominance of private charging — accounting for nearly four out of every five charging points — signals that home charging is becoming the norm for Chinese EV owners. This trend is supported by policy incentives including subsidies and grid access support, which have driven the sustained >50% year-on-year growth in private installations throughout 2026.
For comparison, the United States had approximately 200,000 public charging ports as of early 2026, highlighting the sheer scale of China’s infrastructure advantage. China’s network supports over 40 million new energy vehicles, creating the world’s largest integrated EV ecosystem.
Looking Ahead: Rural Expansion and Grid Challenges
While urban areas initially dominated infrastructure deployment, recent policy efforts focus on expanding coverage in rural and less-developed regions. The 2023 NDRC/NEA Implementation Opinions explicitly called for improving charging access in counties and townships, addressing a key barrier to EV adoption outside major cities.
However, the rapid expansion also presents challenges. Integrating tens of millions of charging points into the power grid requires sophisticated load management and grid modernization. The 15th Five-Year Plan’s emphasis on virtual power plants — targeting a regulation capacity exceeding 50 GW by 2030 — reflects the government’s awareness of these challenges.
Conclusion
China’s achievement of 22.5 million charging facilities marks a significant milestone in the world’s largest EV market. With the 15th Five-Year Plan setting a target of 40 million units by 2030, the foundation for mass EV adoption is increasingly solid. The next phase of competition will shift from hardware deployment to software platforms, smart charging solutions, and grid integration — areas where both domestic and international players will vie for position in a rapidly maturing market.