Thermal Power Plant Electrical Network Flow Calculations Based on AnySimu Platform

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Abstract:

In this paper, the Guodian Zhishen development of DCS as a platform, set up a thermal power plant 1000MW unit auxiliary power electrical system diagram AnySimu platform for simulation support system, and electrical network designed according to the principle of power flow calculation algorithm to calculate theeach node voltage, phase, and thus the load operator. After the simulation, verify the validity of the algorithm.

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1234-1239

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December 2012

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© 2013 Trans Tech Publications Ltd. All Rights Reserved

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[1] Dai Jiang etc. Including the distributed power distribution network of weak ring flow calculation [J]. Electric power system protection and control, July 2011 (10) : 37-42

Google Scholar

[2] LiuYangHua etc. Island of micro grid operation flow calculation method [J]. Electric power system protection and control, 2010, 38 (23) : 16-20

Google Scholar

[3] LouZhiHui. Has the characteristics of distribution grid power flow calculation [D]. Xian: xian university of science and technology, (2009)

Google Scholar

[4] DengGuanYu. The picture OVASION automatically set up electric power plant of the simulation model [D]. Baoding: north China electric power university, (2008)

Google Scholar

[5] PuXia. MAX1000 control system simulation model to be automatic generation technology research [D]. Baoding: north China electric power university, (2005)

Google Scholar

[6] ChenGuoHui. Simulator in the role of the power plant [J]. China's new technology, new products, 2009, "

Google Scholar

[7] LengWei, FangDeShan, XuZhiGao. Thermal power unit simulation technology development and application [J]. Automation of electric power systems, 1999, 23 (23) : 7 to 14

Google Scholar

[8] QiuYe sun. Power flow calculation methods and fuzzy convergence study. Journal of Chinese electrical engineering [J]. 2008.28 (10) : 46-50.

Google Scholar