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Effect of CES and SMES on AGC in presence of Different Controllers and ramp Disturbances

机译:CES和SME对不同控制器和斜坡扰动的AGC的影响

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This paper presents transient analysis of Automatic Generation Control (AGC) with a ramp disturbance in a Thermal-Thermal two area Power System (each area contains two units), including the effect of Capacitive Energy Storage (CES) and Superconducting Magnetic Energy Storage (SMES). Generally all the disturbance are taken into consideration as unit step disturbance, because it indicates the sudden change of state. Here it is assumed that the disturbance is taking place gradually rather than instantly. In this case a comparison study is done with AGC and with two other cases, i.e. AGC with CES unit and with SMES unit. In this system the PID controller is used. By the help of I, PI & PID controller strategy the dynamic responses are also studied. System modelling has been done by the help of MATLAB SIMULINK software.
机译:本文介绍了热热两个区域电力系统(每个区域)在热热两个区域电力系统中具有斜坡扰动的自动发电控制(AGC)的瞬态分析,包括电容能量存储(CES)和超导磁能存储的效果(SMES )。通常,所有的干扰都考虑为单位阶跃干扰,因为它表明状态突然变化。在这里,假设干扰逐渐而不是立即进行。在这种情况下,使用AGC和另外两种情况进行比较研究,即使用CES单元和中小企业单位。在该系统中,使用PID控制器。通过i,PI和PID控制器策略还研究了动态响应。通过Matlab Simulink软件的帮助,已经完成了系统建模。

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