Policy-Driven Adoption of Electric Heavy Trucks Targets 40% of New Sales by 2030
China is advancing the large-scale adoption of electric heavy trucks through policy initiatives, aiming for new-energy heavy trucks to account for 40% of new sales by 2030, with approximately 1.6 million vehicles in operation. This target is underpinned by a systematic government plan focused on high-volume freight corridors, designed to reduce diesel consumption and enhance energy security. The International Energy Agency (IEA) has adjusted its 2025 outlook in response to structural changes in China’s road fuel demand, now expecting the country’s oil demand to peak within this decade.
The rollout of electric heavy trucks in China is not being implemented uniformly but is instead concentrated in high-volume, fixed-route sectors such as ports, mines, and steel mills. In 2025, electric heavy trucks accounted for 25% of new sales in these specific segments, with penetration continuing to rise. Due to the high daily utilization of these vehicles, a relatively small number of electric heavy trucks can replace a significant portion of diesel consumption, demonstrating that the policy prioritizes the electrification of the highest-volume, most fuel-intensive fleets and transport corridors.
To support the adoption of electric heavy trucks, China is deploying charging and battery-swap stations along 30,000 kilometers of “zero-carbon freight corridors,” while grid planning mandates are being enforced to meet the charging needs of heavy trucks. These corridors connect logistics parks, ports, mines, and highway service areas, forming a comprehensive electric freight ecosystem. Manufacturing hubs such as Changsha and Guangzhou have become core nodes in the electric heavy truck industry, where local companies like SANY and CATL not only produce vehicles at low cost but also deliver them directly to transport corridors already equipped with charging and battery-swap infrastructure, enabling synchronized deployment of vehicles and facilities.
IEA Revises Forecast as China’s Oil Demand Expected to Peak This Decade
The International Energy Agency (IEA) recently adjusted its 2025 outlook, predicting that China’s oil demand will peak within this decade. This revision reflects a structural decline in the country’s road fuel consumption, driven by the adoption of electric heavy trucks, passenger electric vehicles, liquefied natural gas (LNG) trucks, and high-speed rail. Over the past decade, China’s new vehicle additions were projected to contribute 60% of the global increase in oil demand, but this trend is undergoing a fundamental shift as electrification accelerates.
Despite China’s crude oil imports remaining high at approximately 11.55 million barrels per day in 2025, this figure is influenced by strategic stockpiling and discounted crude purchases, which do not fully reflect changes in end-user demand. Experts note that the decline in road fuel consumption is already a reality and will accelerate further with the expansion of electric heavy trucks. Consumption models and trade data present different perspectives: the former reflects changes in end-user demand, while the latter is affected by inventory levels and price fluctuations. Waiting for import data to show a clear decline before taking action risks missing the opportunity to lead in energy transition.
The adoption of electric heavy trucks in China is not only reshaping the country’s energy structure but also having a profound impact on the global diesel market. As China reduces its diesel consumption, the global supply and demand dynamics for diesel will face significant adjustments. Experts warn that Western countries failing to adapt their energy policies in time may face risks related to diesel price volatility and supply chain disruptions.
Western Misinterpretation of China’s Energy Transition Prompts Calls for Reevaluating Structural Change
The rapid adoption of electric heavy trucks in China challenges traditional Western interpretations of the country’s energy consumption. Western media and economists often attribute declines in China’s diesel or coal consumption to “weak demand” or “overcapacity,” overlooking the fact that these shifts are the result of policy-driven energy transition. Experts emphasize the need to distinguish between cyclical economic fluctuations and structural transformation. China’s electric heavy truck program involves the concentrated deployment of vehicles and charging infrastructure along 30,000 kilometers of freight corridors, supported by mandatory grid planning requirements. These measures are not short-term fluctuations but part of a long-term strategy to reshape the freight system and reduce diesel dependence.
Ray Wills, a professor at The University of Western Australia, and Peter Newman, a professor at Curtin University, highlighted in their analysis that diesel dependence has become a structural vulnerability for rural economies like Australia. As China accelerates its electric freight transition and reduces diesel imports, the global diesel price and supply landscape will adjust to the new realities of renewable energy adoption. If Australia’s rural economy fails to move away from fossil fuel dependence, it risks losing cost competitiveness against products reliant on local solar and wind energy.
Experts suggest that Australia could apply China’s logic of concentrating electric vehicles on high-volume routes to grain transport, livestock corridors, and regional supply chains. However, Australia currently lacks the coordinated planning and capital investment seen in China, making it difficult to replicate the integrated freight ecosystem that combines vehicles, charging infrastructure, and grid integration. Experts stress that electrification is not merely a matter of vehicles but requires the construction of a complete industrial geography and infrastructure network. Without this, efforts may devolve into simply importing Chinese vehicles without achieving systemic transformation.
