本标准规定了包括线性和非线性负载的电气系统的设计目标。描述了整个系统中可能存在的电压和电流波形，并为系统设计者制定了波形失真目标。电源和负载之间的接口被描述为公共耦合点，遵守设计目标可减少电气设备之间的干扰。本标准中的电压和电流畸变限值适用于包含谐波产生负载（非线性设备）的整体装置的公共耦合（PCC）用户点。 用户可参考其他适用标准，如IEEE 1547或IEEE 2800，了解基于逆变器的资源（IBR）装置的电流畸变限值。在IEEE 2800发布之前，用户应继续使用脚注a？ca？根据本标准表2至表4，连接到传输系统的IBR。如果装置在同一设施中混合了谐波产生负荷和IBR，用户应使用本标准中的图1来确定IEEE 519限制是否适用于PCC。本标准涉及稳态限制。 可能会遇到超过这些限制的瞬态条件。本标准规定了在公共耦合点提供的电源质量。本标准不包括射频干扰的影响；然而，为有线电话系统提供了指导。本标准中给出的限值是基于系统所有者/运营商和用户之间在PCC技术上合理的假设。这些假设以及本标准中的限制在电力系统中的任何其他点都不一定有效。 因此，本标准中给出的限值不用于设备评估。

This standard establishes goals for the design of electrical systems that include both linear and nonlinear loads. The voltage and current waveforms that may exist throughout the system are described, and waveform distortion goals for the system designer are established. The interface between sources and loads is described as the point of common coupling and observance of the design goals will reduce interference between electrical equipment. The voltage and current distortion limits in this standard shall apply at the user point of common coupling (PCC) to overall installation containing harmonic producing loads (nonlinear equipment). Users are directed to other applicable standards such as IEEE Std 1547 or IEEE Std 2800 for current distortion limits of inverter-based resources (IBR) installations. When no other applicable standard exists, users shall continue to use footnote "c" under Table 2 through Table 4 in this standard for IBR connected to transmission systems.