Bishwajit Dey

TL;DR: This paper performs all ELD, emission dispatch and CEED on an islanded and renewable-integrated microgrid separately using a recently developed novel Whale optimization Algorithm (WOA).Four various scenarios of load sharing among the DERs are studied and statistical analysis is performed to prove the superiority of the proposed approach over the various other optimization techniques used.

TL;DR: The proposed technique produces a comprehensive generator cost reduction of the microgrid system and the statistical analysis endorses the improvements of GWOSCACSA over other algorithms presented in the state-of-art-literature.

TL;DR: A balanced trade-off method for solving environment constrained economic dispatch (ECED) problems with existing price-penalty-factor and fractional programming methods, which yields a better trade off solution between generation cost and pollutants emitted.

TL;DR: Variants of a booming population-based grey wolf optimization (GWO) algorithm in the tuning of power system stabilizer parameters of a multi-machine system in damping low-frequency oscillations are proposed.

TL;DR: A recently developed crow search algorithm (CSA) is implemented to execute the optimization of energy management of microgrid systems, which imitates the crows’ memory and tactics of hiding and chasing their food.