A Comprehensive Review of PSO-Based Inverter Control Strategies for Induction Motor Driven Electric Traction Systems
Keywords:
Electric Traction System, Induction Motor, Particle Swarm Optimization (PSO), Inverter Control, Harmonic Reduction, Energy Efficiency.Abstract
Electric traction systems, yes they are a vital thing in modern transport because they deliver high efficiency and reliability plus those environmental benefits people like to mention. Induction motors are often used in traction work because they are strong in construction, need little servicing, and their operational performance is generally superior. Still, the usual inverter control approaches, they can have trouble , like harmonic distortion, switching losses, some speed variations that show up in practice, and overall energy efficiency can drop too. Because of that, intelligent optimization methods are now being worked into traction drive systems more and more. In that area, Particle Swarm Optimization, PSO, has become a useful way to tune inverter control parameters and also push the whole system performance higher. In this review paper, we look at electric traction systems, induction motor drives, inverter control approaches, and optimization techniques that use PSO. The work points out newer achievements in speed regulation, torque control, harmonic suppression, and energy efficiency improvements. Also, it discusses what research still lacks and which future paths could guide development of smarter traction drives.
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