Optimal design selection and analysis of single sided linear induction motor [articol]

Abstract

Linear induction machines (LIMs) are largely utilized recently for speedier transport usage and such motors attain thrust openly with no gear apparatus for coupling operation system. Additionally LIMs bear several other advantages namely with no complex structure and simple repairing. LMIs bear great demerits: moderate efficiency and poor power factor. Such demerits produce huge loss on energy and an increase the amount of input current and thereby high transmission grid power. This paper uses a multi-objective GA optimization technique conjoined cuckoo optimization algorithm (COA) to improve direct application parameters like efficiency thrust, power factor and input current is established, simultaneously. The proposed intelligent mechanism is introduced on potential of biological-dependent optimization algorithms in choosing for the optimal design variables. Here, SSLIM system is used to depict the performance of the design procedure and optimization. The salient characteristics of the GA, COA and GA-COA are because of their potentiality to simultaneously edify a local search, when exploring globally values in search space. Additionally, MATLAB simulation produces to illustrate that suggested algorithms bear less correlation on variables variations. The used optimization technique too was quite rapid, need less duration to compute for optimal design variables in search space.