Vehicle rapid battery replacement system and battery replacement operation method for long-distance trunk line transportation

Abstract

The invention provides a vehicle rapid battery replacing system and a battery replacing operation method for long-distance trunk line transportation. The system comprises a plurality of battery replacing stations; the cloud battery replacement service platform is respectively communicated with the battery replacement station and the vehicle through a network; according to the vehicle capable of rapidly replacing the battery, the distribution information, the battery state information and the service information of the battery replacing station can be obtained through the cloud battery replacing service platform. Through the cloud battery replacement service platform, the battery replacement stations, the vehicles and the battery replacement station operation service modules which are originally independent from one another are connected, and comprehensive distribution, electric energy planning, battery replacement schemes and battery replacement station auxiliary service information ofthe battery replacement stations are provided for customers according to the vehicle carrying capacity, destination distances and road conditions along the line; interconnection and intercommunication of long-distance transport vehicles, stations and batteries are achieved, the mileage anxiety of a user to vehicles in a long-distance transport scene is relieved, the operation efficiency of a battery swap station can be improved, the transport cost is reduced, and the innovative target that pure electric drive exceeds 350 KM in long-distance transport is achieved.

Description

technical field [0001] The invention relates to the technical field of vehicles, in particular to a vehicle quick battery swap system and a battery swap operation method for long-distance main line transportation. Background technique [0002] New energy vehicles have achieved considerable development due to their energy-saving and environmental protection features, but new energy vehicles also have the problem of short mileage, which leads to mileage anxiety among consumers, which affects the promotion and use of new energy vehicles. In order to solve the mileage anxiety, charging piles can be set up in related technologies to provide charging services for new energy vehicles, but charging piles are difficult to meet the fast power demand of vehicles with large power battery capacity, so they cannot solve the mileage anxiety for such vehicles problems; especially in long-distance transportation scenarios, the problem of the shorter mileage of new energy vehicles is further ...

AI Technical Summary

Problems solved by technology

[0002] New energy vehicles have achieved considerable development due to their energy-saving and environmental protection features, but new energy vehicles also have the problem of short mileage, which leads to mileage anxiety among consumers. Thus affecting the popularization and use of new energy vehicles

In order to solve the mileage anxiety, charging piles can be set up in related technologies to provide charging services for new energy vehicles, but charging piles are difficult to meet the fast power demand of vehicles with large power battery capacity, so they cannot solve the mileage anxiety for such vehicles problems; especially in long-distance transportation scenarios, the problem of the shorter mileage of new energy vehicles is further highlighted

[0003]With the development of the industry, it is proposed in related technologies that the problem of short mileage of new energy vehicles can be solved based on battery swapping technology. Battery swapping technology provides a solution to mileage anxiety New ideas, but there is still a lack of technical solutions based on battery swap technology to provide fast power service for users of new energy vehicles in related technologies, which also affects the implementation and promotion of battery swap technology

[0004]In addition, long-distance transport batteries are large and heavy, which greatly increases the self-weight and power loss of the vehicle. The existing technology is independent of the operation and service management of the battery swapping station, vehicle, and swapping station , how to combine the distribution of power stations, driving distance, power and efficiency of motors used by vehicles, and ancillary service information of power stations, through Internet cloud management in real time, to open up the relationship between the three, to realize the interconnection of all things in long-distance transportation, and to facilitate drivers The market promotion of using and replacing power stations is a difficult point in the existing technology

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