Zero‑Carbon Freight via Battery‑Swap Heavy Trucks(August 25)
A battery-swapping heavy truck project, supported by the accompanying and continuously expanding network of swapping stations along the route, has formed the widely noted 'Shanxi Model'.
A logistics fleet's battery-swapping heavy trucks routinely travel the coal export route from Datong to Qinhuangdao. Vehicles drive into swapping stations where fully automated equipment completes battery replacement in 5 minutes, with drivers not needing to leave their vehicles. Single-charge range reaches over 300 kilometers, completely freeing them from the constraints of lengthy charging times.
In terms of operational effectiveness, compared to traditional diesel heavy trucks, battery-swapping truck fleet utilization rates have increased by over 30%, with each vehicle saving 250,000 to 300,000 yuan in annual operating costs. Both carbon reduction benefits and economic benefits are simultaneously evident.
From Shanxi to Nationwide
Based in Shanxi, radiating nationwide. Xizhong Automobile has replicated the mature practices of the 'Shanxi Model' to Bayannur in Inner Mongolia, using its X-Truck underbody battery-swapping heavy trucks to meet the green upgrade needs of Mongolian coal exports and China-Mongolia port bulk logistics.
Supported by networked swapping stations, battery-swapping heavy trucks can achieve uninterrupted cyclic operations in various scenarios including open-pit coal mine short-haul, port freight, and industrial park material transport, writing a new chapter of practice for the electrification of northern energy corridors.
Technology and Models Jointly Building a New Industrial Ecosystem
Technological innovation is the foundation; model innovation is the guarantee. The Xizhong X-Truck underbody battery-swapping heavy truck adopts a forward-developed skateboard chassis architecture, breaking free from the path dependency of 'converting oil to electric.' Batteries are laid flat beneath the chassis, lowering the vehicle's center of gravity and enhancing driving safety under heavy loads. Five-minute rapid battery swapping meets the high-frequency turnover needs of fleets.
Relying on a standardized battery block system, vehicles can connect to public swapping networks, avoiding the limitations of closed ecosystems, and building a solid technical foundation for the interconnection of swapping facilities along zero-carbon corridors.
In terms of business models, Xizhong Automobile has partnered with vehicle manufacturers, battery asset companies, energy companies, and local logistics enterprises to form a battery-swapping heavy truck ecosystem, creating an integrated 'vehicle-road-station-power-service' solution. The mature experience developed in Shanxi is being replicated to Inner Mongolia, the Southwest, and eventually nationwide.
The vehicle-battery separation model lowers the entry threshold for logistics enterprises, with professional institutions managing battery assets, balancing cascade utilization and residual value management. Supporting fleet maintenance and digital management platforms extend services across the entire vehicle lifecycle, breaking the traditional industry inertia of 'emphasizing sales, neglecting service.'
Moreover, Xizhong Automobile has taken its 'focus on underbody battery swapping' to the extreme. The 'Battery-Swapping China Tour' value appreciation event showcases the value of underbody battery-swapping heavy trucks to the industry and customers, providing a reference for the industry and enterprises in product application and promotion.
The event advances along key nodes of zero-carbon road transport corridors, with deployments in Datong, Taiyuan, Bayannur, and other locations, covering diverse scenarios including coal export, mine-area short-haul, rail-road intermodal transport, and port logistics. It directly addresses various complex operating conditions including northern low temperatures, dust, and heavy loads, continuously iterating and optimizing technical solutions through real-world operations, while linking industry chain partners to build industry alliances and explore replicable, scalable commercial models.
Unlike superficial product tours, this initiative achieves real vehicle delivery, real-scenario operations, and real-effect verification.
Reshaping the Transport Industry Chain
Behind each landing project is a profound reshaping of the transport industry chain. Upstream vehicle manufacturing is shifting from simple modifications to forward platform development for battery-swapping scenarios. Batteries are no longer just vehicle components but independent operating assets, driving the flourishing development of battery asset management and cascade utilization industries.
Midstream swapping stations are no longer simple supporting facilities but key hubs of zero-carbon transport corridors, promoting the bidirectional integration of transport networks and energy networks, optimizing peak-valley electricity pricing, and enhancing green electricity consumption levels.
Downstream logistics enterprises are seeing changes in their asset structures, with transport capacity procurement models being upgraded. Drivers are freed from lengthy charging waits, with labor conditions and operational efficiency improving simultaneously.
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