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This research article explains about the implementation of a novel PD-PID cascaded controller for automatic generation control of a two area multisource interconnected power system where in each area three types of generating sources are incorporated namely gas, hydro and thermal unit. Teaching learning based optimization technique is used for optimization of the scaling factors of the proposed PD-PID...
This article describes the automatic generation control of a two area multi-unit interconnected power system with Proportional-Integral-Derivative controller with Filter (PIDF) tuned by teaching learning based optimization (TLBO) algorithm. Each area is equipped with three reheat thermal units with hydraulic amplifiers. The gains of the PIDF controllers are simultaneously optimized by applying a step...
Control of Induction generator in variable speed wind energy conversion system has gained a lot of interest for power engineers. Field oriented control (FOC) is a well-known scheme for Induction generator control. How-ever its complexity in the inner loop and need of complex axes transformations has shifted the research interest towards Direct Torque control(DTC) which has taken an important place...
Wind energy conversion systems are growing now-a-days due to environmental concern. Induction generators are one of the best suited machines for wind energy power generation. For variable speed wind energy conversion systems, generator control is the most challenging task. Field oriented control(FOC) and Direct torque control(DTC) are becoming the industrial standards for generator control in a wind...
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