How China plans to keep charging pace with its EV boom
At an NDRC press briefing on the 15th Five-Year Plan, China's NEA outlined a charging and battery-swapping network — urban coverage, highway corridors and rural points — aiming for more than 40 million facilities by 2030, enough for over 110 million EVs.
China spelled out on 6 November 2026 how it intends to keep up with electric-car sales: not simply more plugs, but a three-pattern network — area coverage in cities, line coverage along highway corridors and point coverage in rural areas — plus battery swapping. The official target: more than 40 million charging-infrastructure units by 2030, enough, authorities say, to serve over 110 million electric vehicles.
The message came from Ge Ju, deputy director of the Development Planning Department at the National Energy Administration (NEA), at a press conference in the "Striving for the 15th Five-Year Plan" series hosted by the National Development and Reform Commission (NDRC). The official account ran the same day on "China News" (中新网) and was echoed on 7 November by "China Economic Net".
Why now: new-energy vehicles already past half of sales
Ge Ju tied charging infrastructure to a broader theme: gradually replacing oil and gas in final energy use. In China, hydrocarbons still account for about one-third of final energy consumption, mainly in transport and industry. In that frame, electrification is presented as the most mature substitution path.
The figure that shows why network pressure is rising: in the first three quarters of 2026, new-energy vehicle (NEV) sales penetration reached 53.6%, according to the official remarks quoted by "China News". When more than one in two new cars is electric or plug-in, chargers stop being a nice-to-have and become a condition for the market to keep working.
What NEA announced for 2030
In transport, the plan has three clear pieces, all from the same statement:
- A three-pattern network: surface-style coverage in cities, line-style coverage on highway corridors and point-style coverage in rural areas, including charging and battery-swapping infrastructure.
- More than 40 million charging-infrastructure units by 2030.
- Service capacity to support over 110 million electric vehicles.
In parallel, NEA aims for electricity to make up about 35% of final energy consumption by 2030. Ge Ju framed this inside the "three substitutions" of the 15th Five-Year Plan period: electricity substitution, hydrogen and green-fuel substitution, and coal-to-oil/gas substitution suited to China's resource mix. For drivers, the first piece matters most: transport electrification and the charging network.
Where China stands now: nearly 25 million "guns"
The 40-million target does not start from zero. Independent figures from the National Charging Facility Monitoring Service Platform, reported by "China AI News", show that at the end of September 2026 China had about 24.777 million EV charging facilities (counted as "guns"), up 37.2% year on year.
Of those:
- about 5.207 million public (+16.3% YoY), with a total rated power of 266 million kW and an average of roughly 51.10 kW per gun;
- about 19.570 million private (+44.0% YoY), with reported installed capacity of 167 million kVA.
In other words, most of the network is already at home and at work. The official 2030 target still requires a large jump on the public and corridor side — exactly where queues and long-trip gaps show up.
These platform figures do not appear in the NEA remarks on "China News"; we cite them separately as a market baseline, not as a government target.
What else the plan says about the grid and demand
At the same briefing, Ge Ju also spoke about rising power demand: during the 15th Five-Year Plan period, driven in part by emerging industries (including computing), average annual growth is expected around 600 billion kWh — equivalent, in the official phrasing, to adding the electricity use of three Shanghai-scale cities every year. On the user side, NEA talks about smart orderly charging, broader vehicle-to-grid interaction and virtual power plants with regulation capacity above 50 million kW by 2030.
For a driver, that means charging infrastructure is tied to grid stability: more points, but also more control over when you charge, not only where.
What it means for drivers
If you follow the China market, the announcement is a volume signal: authorities are not betting on NEV sales alone, but on a network sized for a fleet above 110 million EVs. Chinese charger makers and fast-charging tech suppliers (including flash-charging systems) have, on paper, a very large demand horizon.
If you drive electric in Europe, the numbers do not translate one-for-one. China's network includes a huge share of private points; in Europe, long-trip experience depends more on rapid corridors and payment standards. Still, China's pace affects equipment prices, peak hardware power and how quickly tech shows up on export markets.
If you are shopping for a Chinese EV, the 40-million target and the urban–highway–rural emphasis help explain why Chinese brands invest heavily in their own charging and partnerships. In Romania, what still matters day to day is the local network: see also our guide to volts, amps and connector limits and our Romania charging apps and cards guide.
In short: NEA did not announce a car model — it announced a scale. By 2030, China wants an urban–highway–rural network past 40 million points, sized for more than 110 million EVs, against a market where NEVs already passed half of sales in 2026.
