通过在系统薄弱母线位置安装可再生能源发电机组改善电压状况

Pub Date : 2024-05-13 DOI:10.52783/jes.3667
B.Harika
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引用次数: 0

摘要

电网由额定功率较高的电源和支持本地负载的输电系统组成。电网的工作电压范围为 66 千伏-132 千伏,以兆瓦为单位向更小或更远的地点传输电力。由于电力系统等级较高,电能质量问题也较多。在我们的考虑中,IEEE 14 总线互联系统被视为以较高额定值运行的电网。利用 MATLAB 软件中的快速电压稳定指数(FVSI)和牛顿-拉斐逊法进行负荷流分析,确定互联系统的弱母线。弱母线与光伏电站和风力发电场等可再生能源发电装置相结合,可改善母线特性。本文对系统中是否安装 RGU 进行了比较分析。通过时域仿真验证了功率损耗、常规功耗降低、功率因数和电压幅值等参数的改善效果。
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Improvement of Voltage profile by Integrating Renewable Generation Units at weak bus locations of the System
The Grid consists of higher rating sources and transmission system that  supports local loads. The grid operates at voltages in the range of 66kV-132kV and transmits power in MW to smaller or longer distance locations. Due to higher rating power system the power quality issues are also more. For our consideration an IEEE 14 bus interconnected system is represented as grid operating at higher rated values. The weak bus of the interconnected system is determined by Fast voltage stability index (FVSI) and load flow analysis using Newton-Raphson method available in MATLAB software. The weak buses are integrated with renewable power generation units like PV plant and wind farm improving the bus characteristics. This paper presents a comparative analysis with and without the RGUs in the system. Improvisation of the parameters like power loss, reduced conventional power consumption, power factor and voltage magnitudes are validated through time domain simulations.
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