Electromagnetic interference has always been an important assessment indicator for the inspection of power intelligent Unmanned Aerial Vehicles (UAVs). Therefore, it is necessary to carry out a structure optimization study to improve the UAV's anti-electromagnetic interference capability. This paper analyses the flight stability of the UAV at different heights under the strong magnetic environment of the dry-type transformer, and carries out structural optimisation of the rotary-wing UAV design against the standard non-magnetic environment. After simulation and comparison, the UAV's anti-electromagnetic interference capability is significantly enhanced after structural optimisation. The research results of this paper can further expand the application scope of inspection UAVs and provide a strong technical guarantee for promoting the development of intelligent and automated power inspection.
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Ge et al. (2023) studied this question.
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