China Targets 40% Electric Heavy-Truck Sales by 2030 in Freight System Overhaul

For years, heavy freight was considered a tough nut to crack for decarbonization. Now, China’s systemic plan shows that electrification of trucks isn’t just feasible but can be mandated as part of a broader zero-carbon highway network. This policy signals a major acceleration in clean freight, with implications for global supply chain emissions.

China’s new electric heavy-truck targets, announced by the Ministry of Transport, mark a pivotal shift from treating electric trucks as a simple vehicle category to embedding them within a comprehensive freight system. The plan calls for 40% of new heavy-truck sales to be electric by 2030, and for 20% of the total heavy-truck fleet—approximately 1.6 million vehicles—to be electrified. Alongside these fleet targets, the government is mandating 3,000 charging and battery-swap stations as part of a broader zero-carbon highway initiative. On selected short-haul routes around Beijing, the target rises to 80%, underscoring a route-by-route, systemic approach rather than a one-size-fits-all sales quota. This is freight electrification at scale, and it recognizes that a battery-electric heavy truck is only viable when the depot, charging window, grid connection, maintenance model, and logistics contract align. A charger in the wrong place becomes a stranded asset; a truck without the right charging infrastructure is a procurement failure. By coupling vehicle sales targets with infrastructure and route integration, China is treating the whole logistics ecosystem as the object of policy, not just the vehicle.

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The plan calls for 40% of new heavy-truck sales to be electric by 2030, and for 20% of the total heavy-truck fleet—approximately 1.6 million vehicles—to be electrified.

The targets are grounded in rapid recent adoption. According to Reuters, electric models made up nearly a third of China’s new heavy-truck sales in 2025, after growing sharply from a niche position just two years earlier. This is not a slow, experimental ramp; it is a market already in motion. CATL, a dominant battery supplier, has suggested that as many as half of China’s heavy-truck sales could be electric by 2028. That forecast is aggressive but reflects the velocity of a supply chain already producing batteries for heavy-duty use, not a pilot program seeking grants. Practical examples reinforce the momentum: Beiben Trucks recently demonstrated an electric dump truck with a 200–250 kilometer range and a claimed 22-minute charge time, using batteries from EVE Energy. While this range is far from transcontinental, it perfectly suits dump trucks, port vehicles, mining, construction logistics, and return-to-base fleets where duty cycles are repetitive and predictable. These segments are where heavy-truck electrification starts, because the economics and operational models align with current battery capabilities.

The implications of this system-level policy are profound. For global climate goals, heavy freight has been one of the hardest sectors to decarbonize, responsible for a disproportionate share of transport emissions. China’s approach, if successful, could slash emissions along key freight corridors and demonstrate that a coordinated push—vehicle mandates coupled with infrastructure and routing rules—can accelerate adoption faster than market forces alone. It also sends a strong signal to global truck manufacturers and battery producers: a huge market will require compliant vehicles and integrated charging solutions. This could drive down battery costs further, as volume scales, and spur innovation in heavy-duty charging (megawatt-level, automated swap systems). It may also pressure other nations to adopt similar frameworks, especially those with ambitious net-zero targets.