China to Build 3,000+ Electric Heavy Truck Charging Stations

China announced plans on July 21 to build more than 3,000 electric heavy truck charging and battery swapping stations across the country, marking a major step in the nation’s push to decarbonize freight transportation. The announcement, made by Cai Tuanjie, Director of the Safety Supervision Department and Transport Services Division at a State Council Information Office press conference, aims to create an interconnected network of charging and swapping facilities along major freight corridors, as reported by Xinhua News Agency.

Context and Background

The initiative targets one of China’s most challenging carbon emissions sources. Heavy trucks account for approximately 3 percent of China’s vehicle fleet but contribute roughly 43 percent of road transport CO2 emissions, according to data cited by Academician Sun Fengchun of the Chinese Academy of Engineering. China’s transportation sector emitted approximately 9.2 billion tonnes of CO2 in 2024, representing about 8.1 percent of national emissions, with road transport accounting for 85 percent of that total.

The urgency of the transition is underscored by China’s “dual carbon” targets — peaking carbon emissions by 2030 and achieving carbon neutrality by 2060. Electrifying the heavy truck fleet is considered essential to meeting these goals, as diesel-powered freight remains one of the hardest sectors to decarbonize.

Policy Framework and Targets

The charging station announcement builds on a landmark policy issued in June 2026. The “Plan to Promote Large-Scale Application of New Energy Heavy Trucks,” jointly released by 11 government departments including the Ministry of Transport, established the first national-level quantified targets for the sector, as detailed by MacroChina.com.cn. The plan sets a target of 40 percent new energy penetration in the heavy truck market by 2030, with a total fleet of 1.6 million new energy heavy trucks, representing approximately 20 percent of the total heavy truck fleet. It also calls for the development of 30,000 kilometers of zero-carbon freight transport corridors.

The newly announced 3,000-plus stations will be strategically located along national expressways, key provincial highways with heavy freight traffic, and major urban agglomerations including the Beijing-Tianjin-Hebei region, the Yangtze River Delta, the Guangdong-Hong Kong-Macao Greater Bay Area, and the Chengdu-Chongqing economic circle. Additional stations will serve freight hubs, ports, mining areas, factories, and industrial parks, with the goal of connecting these facilities “from points to lines to form a network.”

Market Momentum and Growth

The policy push comes amid explosive growth in China’s new energy heavy truck market. According to Shanghai Securities News via 21st Century Business Herald, domestic sales of new energy heavy trucks reached 126,200 units in the first half of 2026, an 85 percent year-on-year increase. June 2026 alone saw 32,500 units sold, up 107 percent year-on-year.

Market penetration has accelerated dramatically — from less than 1 percent in 2021 to approximately 30 percent in 2025, reaching 40.88 percent in May 2026. New energy heavy trucks contributed 88 percent of all growth in domestic heavy truck sales in the first five months of 2026. “This round of growth is the result of multiple factors including policy, cost, and demand working together, with market-driven endogenous growth momentum continuing to strengthen,” said Cui Dongshu, Secretary-General of the China Passenger Car Association.

Dual-Track Technology: Charging and Swapping

China’s electric heavy truck industry is currently pursuing a “dual-track” approach, with both ultra-fast charging and battery swapping developing in parallel. Battery swapping, led by CATL’s “Qiji” chassis swap system, offers a five-minute swap time and has seen 305 stations built in 2025, with 900 planned by the end of 2026. The economic case is compelling: according to industry data, swapping saves approximately 0.62 yuan per kilometer compared to diesel, translating to annual savings of 60,000 to 80,000 yuan per truck.

On the ultra-fast charging front, Huawei has introduced 2,400A full-liquid-cooled megawatt charging technology and partnered with 11 truck manufacturers on more than 30 ultra-fast charging heavy truck models. Gotion High-Tech demonstrated 800A national-standard ultra-fast charging in May 2025, achieving a 0 to 63 percent charge in under four minutes, as reported by 21st Century Business Herald. Gotion President Pei Feng noted that heavy trucks face two economic calculations: electricity costs are only one-quarter of fuel costs, and efficient recharging — whether through fast swapping or ultra-fast charging — is essential for minimizing operational downtime.

Notably, battery swap’s share of the market has declined from approximately 60 percent to 30 percent as charging infrastructure expands, suggesting that ultra-fast charging may be gaining competitive ground.

Provincial Implementation and Incentives

Multiple provinces have already introduced supporting policies to accelerate adoption. Henan offers subsidies of up to 220,000 yuan per vehicle for replacing old diesel trucks with new energy models, along with a 50 percent highway toll discount for electric trucks and plans for 100 heavy truck charging and swapping stations. Inner Mongolia aims to build more than 5,000 kilometers of zero-carbon transport corridors by 2030, while Shandong is constructing 112 full-liquid-cooled ultra-fast charging stations. Guangxi requires ports and steel mills to use 80 percent new energy vehicles for internal transport, backed by annual electricity subsidies.

International Implications

China’s heavy truck electrification push has global dimensions. In June 2026, CATL announced a joint venture with UK-based Octopus Energy to build a European heavy truck battery swap network, with the first stations in the UK expected by 2027 and more than 30 stations across the UK by 2035, as reported by OFweek. The venture is expected to leverage over £3 billion in private investment and support more than 300,000 electric trucks. At least six Chinese truck manufacturers began selling in Europe in 2026, marking what analysts call the “year one” of Chinese new energy heavy truck exports to Europe.

What to Watch

The success of China’s 3,000-station plan will depend on several factors: grid capacity upgrades to handle concentrated high-power charging demand, the emergence of unified national standards for charging connectors and battery swap interfaces, and the readiness of domestic truck manufacturers to scale production of compatible electric models. The coordinated national-provincial approach demonstrates China’s ability to mobilize resources across government levels for strategic industrial transformation, positioning the country as a global leader in heavy truck electrification.

With the 2030 penetration target of 40 percent already within reach — having hit 40.88 percent in May 2026 — the infrastructure buildout may prove to be the critical enabler that determines whether China’s freight sector can achieve its zero-emission ambitions ahead of schedule.