对IEC/TR 61000.3.6:2008输电系统负载谐波分配的拟议修正案

T. Vu, D. Robinson, V. Gosbell, S. Perera, R. Memisevic
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引用次数: 3

摘要

确保输电系统中的谐波电压失真水平保持在可接受的水平以下,依赖于对客户负载和大宗供应点的适当分配。技术报告IEC/TR 61000-3-6:2008, Ed.2中已经确定了输电系统现有谐波分配方法的一些实际问题:评估母线(谐波分配的关键部件)总可用功率的方法不直观,报告中缺乏清晰度;共享规划水平的方法也不允许母线上未使用的备用容量与网络中的其他母线共享,以增加它们的全局贡献;个别限制的分配方法没有考虑到连接到母线的现有负载的大小和谐波发射。本文对这些问题进行了详细的分析,并对现有的分配方法提出了一些需要澄清和修改的地方。提供了一个简化的传输网络,以阐明如何评估总可用功率,如何为连接到同一母线的多个负载分配单个限制,并证明可以实现全球贡献的显着增加和随后更高的单个限制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proposed amendment to IEC/TR 61000.3.6:2008 for harmonic allocation to loads in transmission systems
Ensuring harmonic voltage distortion levels in transmission systems remain below acceptable levels relies on appropriate allocations of emissions to customer loads and bulk supply points. A number of practical issues have been identified with the existing harmonic allocation method for transmission systems in the technical report IEC/TR 61000-3-6:2008, Ed.2: the method to assess the total available power of a busbar, a key component to harmonic allocations, is not intuitive and there is a lack of clarity in the report; the method for sharing planning levels also does not allow unused spare capacity at a busbar to be shared with other busbars in the network to increase their global contribution; and the method for allocation of individual limits does not account for the size and harmonic emission of existing loads connected to a busbar. This paper analyses these issues in detail and proposes some clarification and amendments required for the existing allocation method. A simplified transmission network is provided to clarify how total available power can be assessed, how individual limits can be allocated for multiple loads connected to the same busbar, and to demonstrate that a significant increase in global contribution and subsequently higher individual limits can be achieved.
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