In this paper, a dual loop-internal model control (DL-IMC) scheme for load frequency control
(LFC) issue of multi-area power systems is presented. The proposed scheme contains two …

Designing an effective, robust controller is vital for regulating system frequency
corresponding to the load demand variations in a traditional interlinked power system …

In this paper, a novel hybrid model reduction method is presented to simplify a complex,
large-scale continuous-time system using the slime mould optimization algorithm (SMOA) …

The networks that consist of the generation, transmission and distribution of electrical energy
can be referred to as power systems. Power system control can be seen as maintaining a …

In this article, a maiden attempt is made to design a colliding bodies optimization (CBO)
algorithm based proportional-integral-derivative-filter (PID-F) controller for load frequency …

This paper presents a load frequency controller (LFC) of an isolated hybrid thermal power
system (IhTPS) integrated with a distributed generation unit to reduce frequency deviations …

In this article, we are exploring and implementing the new model order reduction (MOR)
method for Large-Scale Linear Dynamic System (LSLDS) to achieve reduced order. These …

This paper presents a differential evolution optimization based modified control
configuration for load frequency control of single-area non-reheated thermal power system …

In this paper, a Fractional Order PID (FOPID) controller to minimize frequency deviation in a
single and two area power system is presented. Minimizing high frequency deviation in the …

In this paper, a Fractional Order PID (FOPID) controller to minimize frequency deviation in a
single and two area power system is presented. Minimizing high frequency deviation in the …