The　technology　known　as　dynamic　wireless　power　transmission　(DWPT)　has　great　promise　in　reducing　the　weight　and　expense　of　automated　guided　vehicles　(AGVs)　by　reducing　the　amount　of　battery　capacity　they　carry.　However,　there　are　large　mutual　inductance　and　power　fluctuation　in　the　dynamic　charging　process.　This　paper　suggests　a　low-cost,　low-variation　dual-receiver　magnetic　coupler　that　is　coupled　in　parallel　by　two　half-bridge　rectifiers　as　a　solution　to　this　issue.　An　I-Type　solenoid　coil　is　used　to　strengthen　the　coupling　and　magnetic　field.　The　optimized　design　of　the　coupler　structure　enables　the　system　to　have　smooth　mutual　inductance　fluctuation.　According　to　the　simulated　results,　the　equivalent　mutual　inductance　fluctuation　is　3.6%,　confirming　the　viability　of　the　magnetic　coupling　structure＇s　optimized　design　and　the　efficacy　of　the　suggested　DWPT　system.　　©　2024　IEEE.