The Fuzzy PI Control for the DSTATCOM Based on the Instantaneous Power Balance

Author:

Yang Deng Xiang1,Zhu Guang Yao2,Zhu Qun Feng3

Affiliation:

1. Sichuan Electric Power Corporation

2. College of Hunan Mechanical and Electrical Polytechnic

3. Shaoyang University

Abstract

Distribution Static Synchronous Compensator (DSTATCOM) to the public through the connection point into the reactive power can adjust the voltage of public access point, so as to meet the voltage quality. First of all papers DSTATCOM system in accordance with the instantaneous power balance theory derived DSTATCOM voltage used to control the direct voltage control strategy. In the control strategy without current detection circuit with traditional cascade control, compared with the control is simple, the advantages of fast response. And voltage control strategy for the direct control of the controller by the system parameters impact the performance of larger defects, a direct voltage DSTATCOM fuzzy PI control strategy, so that the instantaneous power balance in accordance with the direct voltage control has better control performance.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference5 articles.

1. Yuan Jiaxin, Chen Baichao, Wan Li et al. The method to improve power quality of distribution system by distribution static compensentor[J], Power system technology, 2004, 28(19): 81-84.

2. Li Kuang, Liu Jinjun, Wei Biao et al. Control and optimization of static var generator for grid voltage unbalance mitigation[J], proceedings of the CSEE, 2006, 26(3): 58-63.

3. Woei-Luen Chen; Yuan-Yih Hsu. Direct output voltage control of a static synchronous compensator using current sensorless d-q vector-based power balancing scheme[C], Transmission and Distribution Conference and Exposition, 2003 IEEE PES, Page(s): 545 - 549 vol. 2.

4. Pranesh Rao M.L. Crow, Zhiping Yang. STATCOM control for power system voltage control applications[J], IEEE Trans. On Power delivery, 2000, 15(4): 1311-1317.

5. Wang Zhaoan, Yang Jun, Liu Jinjun. Harmonic suppression and reactive power compensation[M]. Beijing: Machine publishing (1998).

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