Our research introduces a novel dynamic wireless charging system for Automated Guided Vehicles (AGVs), a rapidly growing market segment in the era of automation. The primary innovation of our project lies in enhancing AGV’s operational efficiency through dynamic wireless charging, offering significant market value. We employ a Tetris-shaped transmitting coil array, a unique approach that effectively mitigates primary-secondary mutual inductance fluctuation. Moreover, our system utilizes a newly proposed periodic energy control on the secondary side, eliminating the need for primary-secondary communication. These innovations not only improve AGV performance but also promise to revolutionize the wireless charging industry.
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