Comparison amongst Lagrange, Firefly, and ABC Algorithms for Low-Noise Economic Dispatch and Reactive Power Compensation in Islanded Microgrids

For the microgrids to operate securely, distributed generators must be able interact with one another without experiencing any communication delays or noise. To develop a more effective economic dispatch strategy, this research focuses on noise’s effect performance of an islanded microgrid. Three different strategies, Lagrange, firefly, and artificial bee colony algorithms, are compared for optimal solutions dispatch. Their is based stability during noise interference faster response time virtual synchronous generator-STATCOM strategy. The generator used as voltage source regulate active power reactive grid. A STATCOM controller introduced in system compensation. Reactive compensation process controlling enhance efficiency alternating current systems. By boosting power, transmission will increase microgrids. voltage, output factor, phase angle microgrid benefit from provided by controller. As result, resilience improved.