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Considering weighted least square techniques on power system state estimation

机译:在电力系统状态估计中考虑加权最小二乘技术

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Power system state estimation is one of the function performed in the modern control centers. It is a technique which provides an estimate of system state which is a phasor of voltage magnitude and angles at different nodes of the system. State estimation (SE) is the backbone of energy management system (EMS) by playing important role of monitoring and control of power system. At the energy control centre there may be involvement of imperfect or bad measurement so that state estimation process estimate the true value of the state variable. This paper present study of Weighted Least Square (WLS) method for 6-bus sample power system and IEEE 30-bus power system and our data show its effectiveness.
机译:电力系统状态估计是现代控制中心执行的功能之一。它是一种提供系统状态估计的技术,该状态是系统不同节点处的电压幅值和角度的相量。状态估计(SE)是能源管理系统(EMS)的骨干,在电力系统的监视和控制中起着重要的作用。在能量控制中心,可能会出现测量结果不完善或不正确的情况,因此状态估算过程会估算状态变量的真实值。本文对6总线采样电源系统和IEEE 30总线电源系统的加权最小二乘(WLS)方法进行了研究,我们的数据表明了其有效性。

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