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HARMONIC POWER METHOD FOR HARMONIC POLLUTION IDENTIFICATION IN DISTRIBUTION SYSTEM HAVING MULTIPLE LOADS WITH LOAD POSITION SHIFTING

机译:负荷位置转移的多负荷配电系统谐波污染识别的谐波功率法

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摘要

In recent years, with the fast development of the facility electronic technology, numerous power electronic devices and nonlinear parts, particularly of the many types of rectifier and oppressor, square measure applied wide in facility. Harmonics have made serious adverse effects within the instrumentation of power generators and distribution system, and of their management and protection, yet because the users and therefore the communication fields. Hence it is very important to identify the harmonics for the further reduction. Due to the complexity in identification of harmonics compensation techniques suffers from inefficiency. To reduce the complexness of identification we've developed the Total Harmonic Power (THP) methodology is one of the methods planned among the literature for this purpose. This paper tries to point that the supply of harmonic pollution is downstream with relevance the nodes (i.e., the load is cause of harmonic pollution) caused due to two linear load and nonlinear load with Resistive and also studied the effectiveness of the concept with change in position of loads at corresponding nodes.
机译:近年来,随着设施电子技术的飞速发展,大量的电力电子设备和非线性部件,尤其是多种类型的整流器和压迫器,平方测量法在设施中得到了广泛的应用。谐波已在发电机和配电系统的仪表以及其管理和保护中造成了严重的不利影响,但这是因为用户以及通信领域的问题。因此,确定谐波以进一步减小谐波非常重要。由于谐波识别的复杂性,补偿技术效率低下。为了降低识别的复杂性,我们已经开发了总谐波功率(THP)方法,这是为此目的在文献中计划的方法之一。本文试图指出谐波污染的供给与电阻引起的线性负载和非线性负载所引起的节点(即负载是谐波污染的原因)有关,并研究了随时间变化的概念的有效性。负载在相应节点上的位置。

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