Design and Comprehensive Analyzes of a Highly Efficient TLA-Type Synchronous Reluctance Machine including the Effects of Conductor per Slot and Wire Size

Consuming energy sources and greenhouse gas emission are one of the most prominent problems latest century. Most consumed globally carbon dioxide emissions originate from electric motors used in industry. Therefore, researchers have recently focused on production highly efficient, eco-friendly, low-priced machines: Synchronous Reluctance Machines. In this study, design comprehensive Finite Element Analysis a TLA-SynRM including effects number conductors per slot wire diameter directly affecting stator fill factor crucial for obtaining more realistic results experiments has been initially carried out. Moreover, power factor, saliency ratio, efficiency novel SynRM enhanced by utilizing fine-tuning process based d- q-axes flux paths. Additionally, layer structure initial is changed to double-layer improve performance machine process. final step manufactured, accomplished. This study concluded that low torque ripple, high efficiency, whose value within range IE5 class.