Electric automobile and intelligent battery replacing system for electric automobile

Abstract

The invention provides an electric automobile and an intelligent battery replacing system for the electric automobile. The electric automobile comprises an automobile body, the automobile body is provided with a trip computer which controls electrical equipment of the whole electric automobile due to the fact that the trip computer receives, transmits and analyzes control instructions and carries out parameter calculation; the automobile body is further provided with a vehicle-mounted wireless module which is used for performing wireless communication with a server, a user side, a battery changing vehicle and the like, a battery pack which is used for providing electric energy for the whole electric automobile, and a microswitch which is used for detecting whether bolts are tightened or not; a battery groove is formed in the bottom of the automobile body, number plates are installed on the front face and the rear face of the automobile body respectively, a fixing frame and a battery pack are installed in the battery groove, and the fixing frame is used for being assembled with bolts on the battery pack. According to the invention, a traditional battery replacement mode of a fixed station is changed into a mode of actively moving to the target electric automobile to actively replace the battery of the electric automobile. According to the mode, the arrangement of a battery swap station can be canceled, one service point is adopted to radiate a large area for automatic battery swap, and the condition that an existing battery swap station is crowded can be effectively solved.

Description

technical field [0001] The invention relates to the field of new energy vehicles, electric vehicle battery replacement technology, and artificial intelligence technology, in particular to an electric vehicle and an intelligent battery replacement system for the electric vehicle. Background technique [0002] At present, countries have announced the time for the suspension of sales of cars. New energy vehicles are the main means of transportation in the future, and electric vehicles are the most important type of new energy vehicles in China. However, there is no substantial breakthrough in the current battery technology, which leads to the fact that electric vehicles cannot compete with fuel vehicles in battery life, and the charging of electric vehicles is also a big problem. Hours or more, and fast charging must be around 2 hours. Therefore, one of the current technical directions to solve this problem is to directly adopt the battery replacement method, that is, to build...

AI Technical Summary

Problems solved by technology

[0003] However, this method cannot be popularized in a large area at present. On the one hand, it is because the overall construction cost is high and requires a large area. On the other hand, because the capacity of the power station is limited, there are long queues during non-working hours. In some cases, the user experience is poor. Even if you don’t queue up, you still need to drive to the power station to change the battery. It is similar to the refueling experience of a fuel vehicle and cannot give users a good experience.

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