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Impact of grid connected solar power on load frequency control in restructured power system

机译:并网太阳能对重组电力系统负荷频率控制的影响

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This paper presents the traditional automatic generation control (AGC) strategy. For the simulation Gujarat power system has been divided in two areas. Each area consists of two Generating Companies (GENCOs) and two Distribution Companies (DISCOMs). For the visualization of power pool company (POOLCO) based contract and bilateral contract by distribution companies (DISCOMs) the DISCO participation matrix (DPM) has been used. Sudden load variation results in frequency deviations have been presented. Additionally, impact of grid connected solar power on frequency has been observed. Due to blinking nature of energy generated from solar the frequency deviation increases, which further add to the variation caused by load deviation. The two area power system has been simulated in MATLAB/Simulink environment. Finally, it has been strongly recommended the need of storage technology to regulate frequency deviations. From the literature review it has been realize that there is necessity of storage of particular amount of the power during such fluctuations, which can be fulfilled by Battery energy storage (BES).
机译:本文介绍了传统的自动发电控制(AGC)策略。为了进行模拟,古吉拉特邦电力系统已分为两个区域。每个区域由两个发电公司(GENCO)和两个配电公司(DISCOM)组成。为了可视化电力公司(POOLCO)的合同和配电公司(DISCOM)的双边合同,已使用DISCO参与矩阵(DPM)。突然的负载变化导致频率偏差。另外,已经观察到并网太阳能对频率的影响。由于太阳能产生的能量的闪烁特性,频率偏差增加,这进一步增加了由负载偏差引起的变化。两区电力系统已在MATLAB / Simulink环境中进行了仿真。最后,强烈建议需要使用存储技术来调节频率偏差。从文献回顾中已经认识到,在这种波动期间必须存储特定量的功率,这可以通过电池能量存储(BES)来实现。

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