Battery wire laying method for electric vehicle

Abstract

The invention belongs to an electric automobile type, especially to a cell wiring arrangement method of the electric automobile characterized by parallely connecting a plurality of identical single lattice accumulators to a parallel battery, series connecting a plurality of the parallel batteries with mutual connection between each single accumulator, forming a unit series parallel rectangular accumulator battery, then connecting the unit series parallel accumulator battery to a needed accumulator battery through a bus, distributing the accumulator battery on different sections of an automobile chassis to balance the chassis gravity center, performing a battery management to the parallely battery formed by parallel connection of the single lattice accumulators, recording charging and discharging data of the parallel accumulator battery, and respectively displaying the data on a panel. The electric automobile produced by the invention has advantages of low use cost, low battery replacement cost, convenient maintenance, greater actual usage cost than gasolene cost, good performance and is suitable for the electric automobile and hybrid powder electric automobile field.

Description

technical field [0001] The invention belongs to the electric vehicle manufacturing category, and in particular relates to a battery wiring arrangement method for the electric vehicle. Background technique [0002] In the context of the increasing shortage of oil resources, how to reduce the non-recyclable consumption of oil resources by transportation and develop electric vehicles, especially to promote the development of electric vehicles (EV) is a major topic worldwide, not only a topic of social research in China , and it is also one of the major research topics invested by the international community. However, from the beginning to the present stage, researchers in the United States, the European Union, Japan, and China have been studying advanced battery plans for the research and development of electric vehicles, that is, by increasing the battery capacity or using lithium batteries to make electric vehicles reach the quality level. However, after more than ten years ...

AI Technical Summary

Problems solved by technology

However, from the beginning to the present stage, researchers in the United States, the European Union, Japan, and China have been studying advanced battery plans for the research and development of electric vehicles, that is, by increasing the battery capacity or using lithium batteries to make electric vehicles reach the quality level. However, after more than ten years of research and development, electric vehicles still have problems such as high initial investment cost of batteries, actual use costs far greater than gasoline costs, and performance that cannot meet social needs.

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