Research on failure rate evaluation test method of energy meter in charging pile

Chong Wang, Yue Wang, Zhenxiang Li, Weixin Zhang
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Abstract

To verify the failure rate of intelligent energy meter in charging pile and whether it can meet the reliability requirements in “general technical specification for single-phase intelligent electric energy meter (2020)”. Take 20 smart meter samples from four manufacturers, use the accelerated life model and carry out the accelerated test in the way of stress acceleration for a total of 4000 hours, and evaluate the failure rate indicators under normal working stress. The test results show that the single-phase intelligent watt hour meters produced by the four manufacturers can meet the reliability requirements such as annual failure rate index. The accelerated test theory is applied to the reliability life and failure rate evaluation of intelligent electric energy meter to shorten the test time, improve the test efficiency and reduce the test cost.
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充电桩电能表故障率评估测试方法研究
验证智能电能表在充电桩中的故障率,以及是否满足《单相智能电能表通用技术规范(2020年版)》中的可靠性要求。抽取4个厂家的20块智能电能表样品,采用加速寿命模型,以应力加速的方式进行共计4000小时的加速试验,对正常工作应力下的失效率指标进行评价。试验结果表明,四个厂家生产的单相智能电能表均能满足年故障率指标等可靠性要求。将加速试验理论应用于智能电能表的可靠性寿命和失效率评估,缩短了试验时间,提高了试验效率,降低了试验成本。
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