Connection between electric power networks is essential to cover any deficit in the generation of from them. The exchange powers plants during load disturbance should not be violated beyond their specified values. This can achieved by installing frequency control (LFC); therefore, this paper proposes a new metaheuristic-based approach using skill optimization algorithm (SOA) design fractional-o...

Energy storage devices are imperative to damp out the oscillations caused by sudden magnified disturbances occurring in a power system. The presence of small rating device each area can alleviate system effectively. Therefore, this work, redox flow batteries (RFBs) have been integrated five-area interconnected for effective load frequency control (LFC). RFB pumps up active into quickly meet sho...

The cascade model of cognitive control, mostly relying on functional neuroimaging studies, stipulates that the lateral frontal cortex (LFC) is organized as a cascade of executive processes involving three levels of cognitive control, implemented in distinct LFC areas from the premotor to the anterior prefrontal regions. The present experiment tested this model in patients with LFC lesions and s...

This paper investigates an application of the fuzzy logic technique for designing the speed control of a DC motor system to damp the oscillations due to different load disturbances. The Direct Current (DC) motor with conventional Proportional Integral (PI) speed controller is evaluation. This can be easily implemented and are found to be highly effective if the load changes are small. The propo...

The artificial gorilla troops method is utilized in the tilt integral derivative (TID) controller that discussed this paper order to adorn load frequency control (LFC) restructured thermal-hydal system. implemented simulink. In study, a mathematical definition of social life gorillas and innovative methods for exploring exploiting habitats are presented. By applying step perturbations using squ...

The main objective of this paper is to design a robust multi-objective H2/H∞ delayed feedback controller for load frequency control multi-area interconnected power system by taking into account all theoretical and practical constraints. To achieve more precise modelling analysis, the limitation valve position, governor, transmission delay are considered guarantee LFC system’s stability in appli...

Nowadays, microgrids (MGs) play a crucial role in modern power systems due to possibility of integrating renewable energies into grid-connected or islanded systems. The Load Frequency Control (LFC) is an issue paramount importance ensure MGs reliable and safe operation. Specifically, AC MGs, primary frequency control each energy source can be guaranteed order integrate other sources. This paper...

A load frequency controller (LFC) is a crucial part in the distribution of power system network (PSN) to restore its response when demand changed rapidly. In this paper, an artificial neural (ANN) technique utilised design optimal LFC. However, training ANN model for multi-area PSN major challenge due variations demand. To address challenge, particle swarm optimization used distribute nodes hid...

This paper presents a new load frequency control (LFC) design using the model predictive control (MPC) technique in a multi-area power system. The MPC technique has been designed such that the effect of the uncertainty due to governor and turbine parameters variation and load disturbance is reduced. Each local area controller is designed independently such that stability of the overall closed-l...

Consider load frequency control of a power system with the communication delay and apply the sliding mode controller to this uncertain power system. The delay from the communication network is assumed to be constant time-delay type. The delay in two areas is assumed to be same. The modern power systems with industrial and commercial loads need to operate at constant frequency with reliable powe...