Mainline logistics
Low carbon and efficient logistics transportation channel created by comprehensive smart energy model
Definition of mainline logistics scenarios

Green trunk line is a low-carbon and efficient logistics transportation channel created by a comprehensive smart energy model centered on "swapping heavy-duty trucks+charging and swapping stations". Its core goal is to replace traditional fuel transportation with new energy technologies such as pure electric heavy-duty trucks, photovoltaic power generation, and energy storage systems, and promote the green, intelligent, and multimodal transportation of bulk goods. Government policies strongly support the construction of green trunk lines, such as the State Council's requirement to increase the proportion of new energy vehicles in the logistics field, accelerate the adjustment of the transportation structure of "revolving rail" and "revolving water", and eliminate high emission vehicles; The Ministry of Finance has reduced the cost of enterprise transformation by waiving the purchase tax on new energy vehicles.

Green trunk line is a low-carbon and efficient logistics transportation channel created by a comprehensive smart energy model centered on "swapping heavy-duty trucks+charging and swapping stations". Its core goal is to replace traditional fuel transportation with new energy technologies such as pure electric heavy-duty trucks, photovoltaic power generation, and energy storage systems, and promote the green, intelligent, and multimodal transportation of bulk goods. Government policies strongly support the construction of green trunk lines, such as the State Council's requirement to increase the proportion of new energy vehicles in the logistics field, accelerate the adjustment of the transportation structure of "revolving rail" and "revolving water", and eliminate high emission vehicles; The Ministry of Finance has reduced the cost of enterprise transformation by waiving the purchase tax on new energy vehicles.

Integrated technology architecture for optical storage, charging, and swapping
By dynamically allocating energy through photovoltaic power generation, energy storage stations, and intelligent EMS systems, combined with flexible power optimization and mains power supplementation, efficient supply of green mainline energy and grid interaction can be achieved;
Scale layout of battery swapping station network
Dense construction of battery swapping stations and supporting distributed photovoltaics along the main line, supporting rapid battery swapping and low-cost clean energy;
Digital management platform
By utilizing an open battery management system and end-to-end information channels, intelligent scheduling, equipment monitoring, and multimodal transportation coordination can be achieved in the upstream and downstream of the logistics industry chain, thereby improving operational efficiency.
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