PSCAD as a Tool for Development of a Simulation Model for a Power System with Renewable Energy Sources

A. Rusina, Danil A. Serohvostov, D. Kolesnikov, A. Arestova
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Abstract

The paper deals with the research project of integrating solar power stations to a Pamir power system located in the Republic of Tajikistan. The solar cells are considering for paired utilization with small Hydropower plants. Especially the three hydropower plants interconnected to a chain. Nowadays the Pamir power system suffers the luck of active power and poor voltage quality. The exciting power stations highly depend on the year season and dryness. The administration of the region is looking for appropriate ways of solving current problems with voltage levels. The authors have attempted to analyze the future of solar energy within the given situation. The mathematical model has been developed for investigation of solar power station impact on the power system regime. The Pamir power network and solar power station model have been implemented in the PSCAD software package. The paper presents the detailed model description and results of the simulation.
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PSCAD作为开发可再生能源电力系统仿真模型的工具
本文研究了将太阳能电站与塔吉克斯坦帕米尔电力系统相结合的研究项目。太阳能电池正在考虑与小型水力发电厂配套使用。特别是三个水电站连成一条链条。目前帕米尔电力系统存在有功功率大、电压质量差的问题。令人兴奋的电站高度依赖于季节和干燥程度。该地区的管理部门正在寻找解决当前电压水平问题的适当方法。作者试图在给定的情况下分析太阳能的未来。建立了研究太阳能电站对电力系统状态影响的数学模型。在PSCAD软件包中实现了帕米尔电网和太阳能电站模型。文中给出了详细的模型描述和仿真结果。
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