可再生能源作为小微水电厂辅助网络的一部分

A. Achitaev, N. S. Naumkin, A. V. Shirokov, A. Arestova, A. Rusina
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引用次数: 1

摘要

本文研究了微型水电厂辅助系统中可再生能源的利用问题。建立了风力发电机组与辅助用户联合运行的变频器连接的数学模型,并对辅助用户在电网中进行电压调节。在MATLAB Simulink软件包中进行数学建模。建立了带负荷的风力发电机组的运行规律,并提出了相应的算法。该算法假设风力机连续运行,不断开,自动转换切换导致容量系数增加。考虑了负载侧的短路情况以及风力机对短路电流贡献大小的影响。给出了风电机组在正常情况下和短路情况下对电压调节的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Renewable Energy Sources as Part of the Auxiliary Network of Small and Micro Hydropower Plants
The paper deals with the problem of using renewable energy sources as part of micro-hydro power plant auxiliaries. Mathematical models are presented that describe the connection of a wind turbine with a frequency converter for joint operation with auxiliary consumers, for which it is intended to perform the voltage regulation in the network. The mathematical model is performed in the MATLAB Simulink software package. A law was formulated, and an algorithm was developed for the operation of the wind turbine with a load as part of the power plant auxiliaries. This algorithm assumes the continuous wind turbine operation without disconnection and automatic transfer switching that result in an increase of the capacity factor. Short circuit conditions at the load side and the influence of the wind turbine on the magnitude of the short circuit current contribution are considered. The influence of the wind turbine on voltage regulation is presented on the voltage oscillograms in normal conditions and during a short circuit.
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