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ANALYSIS OF GROUNDED AND UNGROUNDED PHOTOVOLTAIC SYSTEMS

机译:地面和非地面光伏系统分析

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Grounding has always been a subject of controversy during discussions of electrical systems. Grounding techniques and requirements, like language, vary from region to region and country to country. Optimized grounding for personnel protection does not optimize the fire safety of a system and grounding for fire safety does npt optimize personnel safety. Grounding to provide protection for equipment requires a third set of requirements. Photovoltaic (PV) systems are current sources and require different grounding techniques than conventional voltage sources. Distributed leakage paths, multiple fault paths, and new roles for fuses and circuit breakers are among a few of the new issues that need careful consideration. This paper presents and analyzes the grounding issues associated with PV energy sources. Grounding configurations, faults, personnel safety, fire safety, and surge protection are addressed.
机译:在电气系统的讨论中,接地一直是有争议的主题。接地技术和要求(如语言)因地区和国家/地区而异。用于人员保护的最佳接地不会优化系统的防火安全,而用于消防安全的接地不会优化人员安全。为设备提供保护的接地要求有第三组要求。光伏(PV)系统是电流源,并且与常规电压源相比需要不同的接地技术。分布式泄漏路径,多个故障路径以及熔断器和断路器的新作用是其中一些需要仔细考虑的新问题。本文介绍并分析了与光伏能源相关的接地问题。解决了接地配置,故障,人员安全,防火和电涌保护。

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