This　paper　introduces　a　novel　type　of　coupling　coil　structure　that　can　be　used　for　wireless　charging　of　consumer　electronics.　The　coupling　loop　configuration　includes　an　eight-shaped　transceiver　coil　and　dual　rectangular　coils　integrated　on　the　printed　circuit　board　(PCB).　Moreover,　when　numerous　transmitting　coils　of　this　structure　are　staged　in　parallel,　it　can　sustain　a　consistent　mutual　inductance　even　when　the　receiver　coil　is　not　aligned,　which　can　efficiently　stabilize　output　power　during　charging.　The　article　first　models　three　different　coil　structures　based　on　circuit　theory　and　simulates　their　electromagnetic　fields　in　commercial　software　and　then　performs　a　comparison　among　the　three　types　of　coils.　Finally,　it　verifies　the　anti-offset　capability　of　the　modified　structure　through　a　25　W　wireless　power　transmission　experimental　platform.　The　experimental　outcomes　are　in　accordance　with　the　simulation　and　theoretical　analysis,　and　compared　with　traditional　dual-transmitting　coil　structures,　better　overall　power　transmission　efficiency　has　been　achieved.　This　paper　presents　an　innovative　coupling　coil　structure　designed　for　wireless　charging　consumer　electronics.　It　showcases　an　eight-shaped　transceiver　coil　in　combination　with　dual　rectangular　coils　integrated　onto　a　printed　circuit　board　(PCB).　When　multiple　coils　of　this　kind　are　arranged　in　parallel,　they　consistently　maintain　mutual　inductance,　ensuring　a　stable　power　output　even　in　the　case　of　misalignment　of　the　receiver　coil.　By　examining　the　results　of　modeling,　simulations,　and　experiments,　the　performance　of　the　proposed　structure　in　terms　of　anti-offset　capability　is　compared　with　traditional　designs.image