Transformer tap-changer algorithm for meshed power networks

Franz M. Hanser, M. Mueller
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Abstract

The simulation and development of a transformer tap changer algorithm is presented in this paper. The basic theory behind the algorithm is conventional electrical engineering theory. A modified adaptive voltage reference setting (AVRS) algorithm is implemented and developed. The algorithm is tested on the IEEE 30 Bus and the IEEE 57 Bus test network. The simulation results of the time-series-based behaviour of the various networks, including bus voltages and tap settings, demonstrates that the proposed algorithm leads to reduced tap changing activity. Future improvements and developments, for example, an automatic arrangement of the look-up table and installation in other software applications, are highlighted.
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网状电网变压器分接开关算法
本文对变压器分接开关算法进行了仿真与开发。该算法背后的基本理论是传统的电气工程理论。实现并开发了一种改进的自适应基准电压整定(AVRS)算法。该算法在ieee30总线和ieee57总线测试网络上进行了测试。各种网络(包括总线电压和分接设置)基于时间序列的行为的仿真结果表明,所提出的算法可以减少分接变化活动。强调了今后的改进和发展,例如自动安排查表和安装在其他软件应用程序中。
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