电动汽车供电设备;一种安全装置

K. J. Brown
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引用次数: 5

摘要

与电动汽车供电设备(EVSE)相关的安全相关规范和标准有很多。本文将确定适用的规范、标准和建议的做法,然后描述对这些规范的需求。该文件亦会指明与第一级及第二级电动汽车系统有关的守则及标准可改善的差距或范畴。1级EVSE通常是120VAC单相EVSE,充电电流为12或16A。2级EVSE为208至240VAC单相,最大电流水平为80A。本文的目的是描述提高新兴电动汽车行业整体电气安全的方法。本文将提供与电动汽车测试数据相协调的实际EVSE结果,包括与充电电路中断装置(CCID)电路中的高频噪声相关的数据。开发CCID电路的方法可能会无意中掩盖高频噪声,这些噪声可能会发展成对地有害的泄漏电流。车辆兼容性测试也是EVSE开发的一个重要方面。该报告展示了与EVSE的好处相关的数据,以及随着电动汽车使用量的增加,汽车行业应该解决的潜在问题。
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Electric vehicle supply equipment; a safety device
There are numerous safety related codes and standards related to electric vehicle supply equipment (EVSE). This paper will identify applicable codes, standards and recommended practices and then describe the need for such codes. The paper will also identify gaps or areas that codes and standards could be improved related to Level 1 and Level 2 EVSEs. Level 1 EVSEs are typically a 120VAC single phase EVSE with a charging current of 12 or 16A. A Level 2 EVSE is 208 to 240VAC single phase with a maximum current level of 80A. The objective of the paper is to describe methods of enhancing the overall electrical safety for the emerging electric vehicle industry. Actual EVSE results coordinated with electric vehicle test data will be provided within the article including data related to high frequency noise in a charge circuit interrupting device (CCID) circuit. Approaches to the development of CCID circuitry could inadvertently disguise high frequency noise that could develop into harmful leakage current to ground. Vehicle compatibility testing is also an important aspect in the development of an EVSE. The paper shows data related to the benefits of EVSE as well as potential issues that should be addressed as the industry moves forward toward increased electric vehicle usage.
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