Electric automobile power charging and converting station optimization arrangement system

Abstract

The invention discloses an electric automobile power charging and converting station optimization arrangement system. The system comprises a data acquisition system, a data input system, a data analysis system, a decision-making system and a data output system, wherein the data acquisition system employs a USB-1608FS-PLUS module, the output end of the data acquisition system is connected with the input end of the data input system by use of a first communication line, and the first communication line is a USB3.0 general serial bus; the data input system comprises an Intel 8255A chip, the input end of the data input system is connected with the output end of the data acquisition system, the output end of the data input system is connected with the input end of the data analysis system through a second communication line, and the second communication line is a CAN bus; and the data analysis system employs a PC. According to the electric automobile power charging and converting station optimization arrangement system, an optimal electric automobile power charging and converting station optimization arrangement scheme can be made through an integrated data analysis system according to such data as a read quantity of electric automobiles of a certain area, car ownership per 1000 people, load predicted values and the like.

Description

technical field [0001] The invention relates to an optimized layout system for an electric vehicle charging and swapping station, which relates to the field of electric vehicle capacity management. Background technique [0002] For charging and swapping station planning, the basic principles and method steps of charging and swapping station planning have been preliminarily formed. Reasonable charging and swapping station planning has a positive effect on improving the convenience of users and reducing its adverse impact on the power grid. However, there are still some problems, for example: the optimal target analysis of the charging and swapping station planning scheme is not in place, it cannot be in line with the operation mode and development direction of the electric vehicle market, and the calculation method is not analyzed in depth; Network, power network, user needs, municipal planning and other overall considerations, resulting in imperfect models and less convinci...

AI Technical Summary

Problems solved by technology

However, there are still some problems, for example: the optimal target analysis of the charging and swapping station planning scheme is not in place, it cannot be in line with the operation mode and development direction of the electric vehicle market, and the calculation method is not analyzed in depth; Network, power network, user needs, municipal planning and other overall considerations, resulting in imperfect models and less convincing power

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