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Transient Steadiness and Dynamic Response in Transmission Lines by SVC with TID and MPPT Controller

机译:具有TID和MPPT控制器的SVC传输线路传输线路的瞬态稳定性和动态响应

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In order to maintain stable and efficient power system with growing demand, there is a quick progress of power electronics, which introduces the FACTS device. That is able to resolve the volatility problem easily. The FACTS device static var compensator (SVC) helps in improving the active and reactive power of the system. Maximum power point tracking (MPPT) is an external controlling device, which is used with FACTS device. The controller has been tested on a two-machine and three-buses in a control system using MATLAB software. The model consumes lesser runtime for maximum number of oscillation and to damp out the unwanted harmonics in the system. TID and MPPT controllers are used to control the machine and SVC device.
机译:为了保持稳定高效的电力系统,需求不断增长,电力电子设备存在快速进展,介绍了事实装置。 这能够容易地解决波动性问题。 事实上设备静态VAR补偿器(SVC)有助于提高系统的主动和无功功率。 最大功率点跟踪(MPPT)是外部控制设备,其与事实设备一起使用。 该控制器已在使用MATLAB软件的控制系统中进行测试。 该模型消耗更小的运行时,以获得最大振荡次数,并抑制系统中的不需要的谐波。 TID和MPPT控制器用于控制机器和SVC设备。

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