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Finding a balance between the loads and generating demands in power systems is a significant challenge since power producers require important inputs such as security, reliability and quality.In this study, a unique method for balanced load frequency control (BLFC) is proposed in two-area power systems, integrating a customized World Cup Algorithm (CWCA)-Driven PID optimization.The primary objective is to enhance the stability and performance of power systems.For this purpose, the integral time-multiplied absolute error (ITAE) is minimized by evaluating the objective function using time-domain simulation.The proposed methodology aims to improve the overall response of the control system, ensuring a reliable and stable power supply.Within the scope of two-area power systems with BLFC, simulation results show the effectiveness and resilience of the CWCA-Driven PID Optimization.The outcomes of the proposed PID controller-based CWCA approach are contrasted with the existing methods.
Singh et al. (Wed,) studied this question.
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