Abstract
This study is dedicated to investigating the downsizing design and ensuring the structural robustness of pole-mounted slewing mechanisms, aligning with the dynamic requirements of the power industry. The research encompasses critical facets, including the intricacies of mechanical structure design, meticulous motor selection, and a thorough finite element analysis. The outcomes reveal a noteworthy safety factor of 2.08, surpassing the standard requirement of ≥ 2, albeit without factoring in stress concentration. This study underscores the paramount importance of downsizing design in meeting the evolving demands of the modern power industry. It offers invaluable insights into the structural integrity and stability of the mechanism, thereby ensuring its reliability and safety in practical applications. The implications of these findings are poised to catalyse significant technological advancements in the realm of pole-mounted electric slewing mechanisms.
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