The contest for supremacy in the new energy heavy-duty truck arena has shifted from a mere comparison of specifications to a marathon emphasizing reliability and the depth of service support.

Author | Qing Chun

The commercialization landscape for new energy heavy-duty trucks is solidifying: Leveraging economies of scale in power battery production and the cost benefits of off-peak electricity for operation and maintenance, electric heavy-duty trucks now boast energy consumption costs per kilometer that are merely one-third those of traditional diesel trucks. Despite their higher initial purchase price—approximately double that of their fuel-powered counterparts—the payback period for electric trucks can be condensed to around two years in scenarios involving fixed routes, high-frequency round trips, and stable utilization of off-peak electricity rates, such as ports, mining areas, and building material transfer hubs.

Over their entire lifecycle, a single new energy heavy-duty truck can slash operating costs by roughly 500,000 yuan compared to a fuel-powered vehicle. These concrete financial incentives are reshaping the procurement and operational choices of logistics and transportation firms.

The pronounced economic benefits are propelling the industry into a high-growth phase. Public data reveals that domestic new energy heavy-duty truck sales soared to 231,100 units in 2025, marking a year-on-year surge of 182%. Although growth decelerated somewhat from January to April 2026, it remained robust, with cumulative sales reaching 71,800 units, up 56% year-on-year.

As the market transitions from a policy-driven phase to one propelled by market forces, the core competitive dynamics have subtly shifted: With terminal freight rates in decline and the logistics industry grappling with thin profit margins, users' focus has pivoted from simple vehicle procurement costs to stable full-lifecycle returns and risk management.

"Vehicles represent just one facet of a customer's operational ecosystem," remarked Mr. Tang, Manager of the Fujian Branch of the Jinan Commercial Vehicle Sales Department at Sinotruk Group, at the Wanlian Yida Driver Joint Operation Vehicle Delivery Ceremony. In the new energy heavy-duty truck era, the hardware prowess of individual vehicles is no longer sufficient to establish a core competitive edge. The ability to construct a sustainable and profitable operational system for users has emerged as the new benchmark for OEM competition.

Transition from Parameter Competition to Endurance Race

During the era of fuel-powered vehicles, OEMs' core competitive elements revolved around engine horsepower, chassis configuration, and factory pricing. Vehicle delivery typically marked the culmination of the buyer-seller relationship.

However, the competitive landscape in the new energy heavy-duty truck era has undergone a fundamental transformation. Mr. Tang observed that many customers remain fixated on purchase prices, perceiving minimal differences in the three-electric systems (battery, motor, and controller) across brands and thus focusing solely on price. Yet, he emphasized: "New energy heavy-duty trucks should prioritize overall vehicle reliability, particularly the coordinated durability of the three-electric systems and the chassis." The rationale is as follows: Traditional fuel-powered heavy-duty truck users typically replace their vehicles every 3 to 5 years, with relatively low procurement costs. Even if failures occur midway, the losses are relatively manageable. In contrast, new energy heavy-duty trucks demand a higher initial investment, necessitating an extended usage cycle of around 8 years to fully amortize the initial costs through operational savings.

From a market pricing standpoint, charging-based new energy heavy-duty trucks generally command prices exceeding 500,000 yuan, while equivalent fuel-powered trucks range between 300,000 and 400,000 yuan, resulting in an initial purchase price differential of 100,000 to 200,000 yuan. However, new energy heavy-duty trucks can save 70,000 to 90,000 yuan annually in energy consumption costs, enabling the purchase price differential to be recouped in approximately 1 to 2 years. Calculated over an 8-year vehicle lifecycle, new energy heavy-duty trucks can generate cumulative excess profits of around 500,000 yuan compared to fuel-powered vehicles (total saved energy costs minus the initial price differential and additional maintenance costs).

Consequently, factors such as post-sale failure rates, energy replenishment efficiency, battery degradation, residual value, and financial support become pivotal in determining whether users can realize these profit margins. The tens of thousands of yuan seemingly saved on the initial vehicle purchase may ultimately cost double or more three years later due to frequent repairs, operational downtime losses, or premature battery replacements.

Taking Sinotruk's electric drive axle products as an illustration, since their introduction to the Xiamen market, there have been zero instances of parking failures attributable to chassis issues. Mr. Tang believes that while the entry of new automotive manufacturing enterprises spurs traditional automakers to increase R&D investment, the long-term accumulation of traditional automakers in chassis stability and after-sales service systems remains a formidable competitive barrier that emerging brands are unlikely to surmount in the short term.

Mr. Tang posits that the competition for new energy heavy-duty trucks has evolved from a battle of parameters to an endurance race centered on reliability and service depth. He advocates that the industry "should shift focus away from price differentials and instead concentrate on enhancing product quality and reducing vehicle energy consumption."

From Manufacturing to Full-Lifecycle Operations

Based on these trends, the heavy-duty truck industry is continually redefining its role.

"Our industry has been exploring innovative marketing models, encompassing a suite of solutions such as vehicle maintenance, insurance, accident handling, used vehicle trading, and vehicle registration, all aimed at assisting customers," stated Mr. Tang.

The commercial boundaries of OEMs are extending from the manufacturing process to encompass the full lifecycle of user operations. This trend is not isolated: Wanbang Digital Energy has introduced a collateral-free, guarantee-free financial 2.0 model with interest rates as low as 4.5%; Jiefang Times has bundled "vehicles, electricity, and services" into a long-term asset pool. Collectively, OEMs are expanding into the service end of the industrial chain.

The lag in energy replenishment infrastructure further reinforces this trend. Mr. Tang estimated that fully charging a 600 kWh battery takes approximately 1.5 hours, a duration that long-haul trunk line customers find challenging to accommodate. Currently, the ratio of dedicated charging piles for heavy-duty trucks nationwide stands at about 3:1, with an even more pronounced gap in the trunk logistics sector.

In response, Sinotruk, through its intelligent equipment company, constructs charging stations for customers and provides financial support at interest rates comparable to vehicle loans. "This transcends mere after-sales service augmentation," Mr. Tang pointed out. "If energy replenishment conditions are not met, the cost advantages of the vehicles cannot be realized."

Additionally, Sinotruk has organized five specialized new energy maintenance training sessions in Fujian this year, with service team capacity building progressing in tandem with product introduction. This represents a competitive dimension that was nonexistent in the era of fuel-powered vehicles. The closer a company is to its users, the more swiftly it can translate operational feedback into product enhancements.

Tripartite Joint Operation: Restructuring the Profit Chain

The electrification of heavy-duty trucks transcends being a mere innovation for a single vehicle model; it constitutes a systemic project involving battery companies, vehicle manufacturers, charging and battery swap operators, logistics companies, and shippers. The tripartite joint operation model of "OEM + logistics capacity platform + drivers" implemented in Xiamen exemplifies the practical application of this transformation logic.

"Essentially, it entails providing customers with a comprehensive new energy operational solution, encompassing suitable vehicles, a complete financial platform, and a full battery leasing program," Mr. Tang explained, interpreting the model from the perspectives of the three parties:

For drivers, the core challenges lie at both ends: entry costs and operational guarantees. Mr. Tang highlighted the structural dilemmas faced by individual drivers: "High vehicle purchase costs, chaotic registration management, unstable freight sources, and limited loan channels." The tripartite joint operation leverages the platform's scale effects to offset these individual disadvantages: transparent group purchasing prices, priority freight matching, and standardized registration processes.

For logistics capacity platforms, stable and reliable transportation capacity constitutes their core asset. Incorporating drivers into the joint operation system essentially transforms scattered individual capacities into schedulable and quantifiable platform resources.

For OEMs, the tripartite joint operation fosters long-term customer relationships that transcend single transactions. "Vehicles serve as the conduits through which customers generate income," Mr. Tang remarked. "We aspire for Wanlian Yida's customers to achieve higher returns than other customers." This implies that OEMs can maintain continuous contact with users at junctures such as battery degradation and model upgrades and secure a preferential position in users' subsequent vehicle purchase decisions.

Two Hurdles Amid Rapid Growth

The competitive landscape for new energy heavy-duty trucks in 2025 has become increasingly defined. In terms of full-year cumulative sales, XCMG led with 35,400 units, followed by Sany with 33,600 units, and FAW Jiefang with 32,400 units. Sinotruk's full-year cumulative sales reached 27,300 units, capturing an 11.8% market share.

Notably, in December 2025, Sinotruk's new energy heavy-duty trucks achieved monthly sales of 6,022 units, securing a 13.3% market share, a year-on-year surge of 291%, and clinching the monthly sales championship for the first time.

From a penetration rate perspective, from September to December 2025, the monthly penetration rate of new energy heavy-duty trucks remained above 30%, surpassing 50% for the first time in December. Mr. Tang predicted that the industry would continue to experience explosive growth over the next 3 to 5 years. Scenarios where complete replacement is achieved first will be concentrated in resource-based transportation and port container transportation; breakthroughs in long-haul trunk lines will hinge on a rapid energy replenishment system that combines battery swapping and charging.

However, this transformation still confronts two unresolved practical constraints.

The first is policy dependency. Subsidies for replacing operational freight vehicles with National IV and below standards, coupled with purchase tax incentives, have significantly bolstered the current growth rate. Whether market demand can sustain itself after policy support is withdrawn remains an open question.

The second is the boundary of model replication. Mr. Tang acknowledged that "full value chain marketing" necessitates sustained service investment and concurrent regional team capacity building. Transitioning from a single-region pilot to a nationwide ecological network involves not only resource investment but also organizational capacity ceilings.

When product differentiation becomes challenging, competition shifts from product strength to service strength. Creating differentiated services and ecosystems has emerged as a new avenue for breakthrough.

The evolving role of OEMs is not merely a service upgrade but a survival strategy to assist drivers, fleets, and platforms in navigating fluctuations and converting paper profits into tangible returns during a period of slim profit margins in the freight industry. The companies closest to their users will garner more enduring vitality in the next round of industry reshuffling for new energy heavy-duty trucks.

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