New national roadmap links heavy-duty transport decarbonization with large-scale infrastructure deployment, creating a long-term demand for battery-electric and green-fuel trucking ecosystems.
On June 12, China’s Ministry of Transport, NDRC, MIIT, and eight other government agencies jointly issued the Implementation Plan for Promoting the Large-Scale Adoption of New-Energy Heavy Trucks, setting a target for new-energy heavy trucks (NEHTs) to achieve 40% market penetration by 2030 and establishing a nationwide infrastructure framework spanning charging, battery swapping, and green-fuel supply networks.
The plan marks a significant escalation in China’s efforts to decarbonize road freight, the country’s dominant freight transport mode. By combining fleet deployment targets, infrastructure mandates, and cross-ministerial coordination mechanisms, the policy provides one of the clearest roadmaps to date for the large-scale commercialization of battery-electric and hydrogen-powered heavy trucks.
Under the plan, China’s NEHT fleet is expected to exceed 1.6 million vehicles by 2030, representing roughly 20% of the national heavy-truck fleet. Fixed-route freight operations in key industrial regions, including Beijing-Tianjin-Hebei and the Fenwei Plain, are targeted to achieve electrification rates above 80%. Authorities also aim to support the construction of around 3,000 heavy-truck charging and battery-swapping stations while encouraging the deployment of hydrogen refuelling and green-fuel stations along major freight corridors.
From vehicle deployment to ecosystem development
The plan defines new-energy heavy trucks as freight vehicles with a gross vehicle weight (GVW) of 12 tonnes or above, powered fully or primarily by alternative energy systems.
While earlier policies focused largely on vehicle demonstrations and purchase incentives, the new framework places infrastructure development at the centre of industrial strategy. Its first priority is the accelerated build-out of energy replenishment infrastructure.
Authorities intend to develop charging, battery-swapping, and alternative-fuel networks along China’s national transportation backbone (“6 Axes, 7 Corridors, and 8 Channels”), focusing on high-volume freight routes across expressways and major national highways.
Particular emphasis is placed on expanding charging and battery-swapping facilities at highway service areas. Policymakers aim to improve interoperability across regions and enable seamless cross-provincial operations, addressing one of the most significant barriers to large-scale electrification of long-haul freight.
The strategy reflects the growing maturity of China’s heavy-duty vehicle market. Ministry of Transport data show that the country currently operates approximately 8.6 million heavy trucks. Although diesel remains dominant, the energy mix is diversifying rapidly. Between January 2025 and May 2026, cumulative sales of new-energy heavy trucks reached 337,000 units, lifting market penetration above 29.5%.
Freight scale underpins long-term demand
The commercial rationale for the policy is reinforced by the sheer scale of China’s freight sector.
According to the National Bureau of Statistics, China transported 58.7 billion tonnes of commercial freight in 2025, of which road transport accounted for 43.3 billion tonnes, or 73.7% of the total. Despite continued investment in rail and waterways, trucking remains the backbone of the national logistics system and is expected to retain that position for the foreseeable future.
For truck manufacturers, battery suppliers, charging operators, utilities, and hydrogen developers, this provides a durable foundation for demand. Unlike sectors vulnerable to modal substitution, heavy-duty road freight is unlikely to experience structural contraction, supporting sustained fleet renewal and expansion over the coming decade.
The policy also aligns with priorities expected to feature prominently during China’s 15th Five-Year Plan period, including the development of zero-carbon freight corridors, greater integration of transport and power infrastructure, and closer coordination between highway operators and energy providers. Industry observers expect future pilot projects to focus on high-utilization freight routes where infrastructure investments can generate the strongest economic returns.
Battery-electric leads today; hydrogen targets long-haul freight
Although battery-electric trucks currently dominate China’s new-energy heavy-truck market, the policy leaves room for multiple technology pathways.
Battery-electric trucks are expected to remain the preferred solution for short-haul, fixed-route applications such as mining, ports, industrial logistics, and regional distribution. Battery swapping is emerging as a particularly attractive model because it minimizes downtime, improves asset utilization, and enhances fleet productivity.
Hydrogen fuel cell trucks, meanwhile, are increasingly viewed as a complementary solution for long-haul transport, cold chain logistics, and high-duty-cycle operations where range, charging time, and payload constraints become more important.
Industry analysts often describe fuel cell vehicles as the first large-scale commercial application of the hydrogen economy. By the end of 2025, China’s FCV fleet had approached 40,000 units. The next phase of development will depend less on isolated demonstration clusters and more on interconnected, cross-provincial freight corridors that allow vehicles to operate at scale.
From hydrogen refuelling to hydrogen swapping
One of the more closely watched innovations is the emergence of “hydrogen swapping” stations.
The concept involves integrating hydrogen storage modules into standardized, container-like units that can be mechanically exchanged by automated systems. A truck enters a station, an empty hydrogen module is removed, a fully loaded module is installed, and the vehicle returns to service within minutes. The process is designed to replicate the speed and operational efficiency of battery swapping while avoiding lengthy refuelling cycles.
Although several prototype systems have progressed from concept designs to engineering demonstrations, large-scale deployment will require industry-wide standardization of storage modules, vehicle interfaces, safety protocols, and station equipment. Establishing common standards could become a key competitive battleground for equipment suppliers, vehicle manufacturers, and infrastructure developers over the coming decade.
Hydrogen cost remains the key commercial variable
Beyond infrastructure, hydrogen economics remain the single most important determinant of commercial adoption.
Industry participants increasingly view hydrogen price as the benchmark that will determine the pace of deployment across transportation, power generation, chemicals, and heavy industry.
At the current average refuelling price of approximately CNY 30.42/kg, hydrogen-powered heavy trucks remain economically challenged in many applications. However, industry estimates suggest that when hydrogen refuelling prices fall to around CNY 25/kg, a 49-tonne fuel-cell truck can achieve lower operating costs per kilometre than a comparable diesel vehicle. At that threshold, long-haul logistics, cold chain transport, and port operations could begin generating sustainable commercial returns.
Further cost reductions could unlock additional sectors:
- CNY 14–18/kg: Hydrogen-fired power generation becomes increasingly competitive, particularly for balancing renewable energy systems and absorbing surplus wind and solar generation.
- CNY 12–14/kg: Hydrogen-based chemical production approaches cost parity with conventional fossil-based processes.
- Around CNY 9/kg: Hydrogen-based iron and steel production becomes commercially viable at scale.
These price thresholds illustrate how transport could serve as the leading edge of hydrogen commercialization, creating demand that supports broader deployment across the energy and industrial value chain.
Implications for the energy and transport value chain
The implementation plan signals that China is moving beyond vehicle adoption targets toward the systemic transformation of freight transportation infrastructure.
For battery manufacturers, charging-network operators, utilities, and grid companies, the policy creates a multi-year investment framework tied to highway corridor development. For hydrogen producers and infrastructure developers, it provides a stronger demand signal that could accelerate investment in production, distribution, storage, and refuelling networks.
Most importantly, the roadmap links freight decarbonization to a broader industrial strategy encompassing energy systems, logistics networks, manufacturing competitiveness, and energy security. If successfully executed, China could establish the world’s largest integrated market for zero-emission heavy-duty freight transport by the end of the decade, setting global benchmarks for both battery-electric and hydrogen-powered trucking ecosystems.