A charging pile test flexible allocation method, detection equipment and readable storage medium

Abstract

A charging pile test flexible allocation method, detection equipment and readable storage medium, in which the detection equipment determines the maximum charging power and charging peak time period of several charging piles to be detected in a one-to-one correspondence when it is determined that the charging piles are connected to several charging piles; the detection equipment determines several first charging piles to be detected; the detection equipment obtains the total maximum charging power and the first duration according to the maximum charging power; the detection equipment generates a first allocation method, and allocates several first detection channels corresponding to several first charging piles to be detected according to the first allocation method; the detection equipment determines several second charging piles to be detected; the detection equipment obtains the total charging peak time period and several charging powers according to the charging peak time period; the detection equipment generates a second allocation method, and allocates several second detection channels corresponding to several second charging piles to be detected according to the second allocation method. The charging pile test is flexibly allocated according to the actual situation, which improves the accuracy of charging pile detection.

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