%0 Conference Paper %1 ElbrachtLukas.2023.DesignofaScalable %A Elbracht, Lukas %A Noeren, Jannis %A Parspour, Nejila %B 2023 IEEE Wireless Power Technology Conference and Expo (WPTCE) %D 2023 %K 48_V_electric_vehicles,_AGVs Contactless_Energy_Transfer Inductive_Charging WPT Wireless_Power_Transfer hp_iew inductive_energy_transfer %P 1--6 %R 10.1109/WPTCE56855.2023.10216130 %T Design of a Scalable Multicoil Wireless Power Transfer System for Low Voltage Applications %X The purpose of this work is to give a study on wireless power transmission for low voltage receivers while overcoming high voltage gaps between the primary and secondary side. The system design is aimed primarily at AGVs and low-voltage hybrid vehicles, as these often operate at low voltages due to safety requirements. To maximize transferable power, the suggested method employs multiple primary and secondary coils. The system is designed in a scalable way, to possibly increase the power if needed by simply adding more secondary receiver sides. The systems' design, simulation, and prototype were developed and tested. The study's findings indicate that the suggested scalable system is capable of wirelessly transmitting power with a higher voltage primary side and a low voltage receiver.

@inproceedings{ElbrachtLukas.2023.DesignofaScalable, abstract = {The purpose of this work is to give a study on wireless power transmission for low voltage receivers while overcoming high voltage gaps between the primary and secondary side. The system design is aimed primarily at AGVs and low-voltage hybrid vehicles, as these often operate at low voltages due to safety requirements. To maximize transferable power, the suggested method employs multiple primary and secondary coils. The system is designed in a scalable way, to possibly increase the power if needed by simply adding more secondary receiver sides. The systems' design, simulation, and prototype were developed and tested. The study's findings indicate that the suggested scalable system is capable of wirelessly transmitting power with a higher voltage primary side and a low voltage receiver.}, added-at = {2023-11-20T17:40:39.000+0100}, author = {Elbracht, Lukas and Noeren, Jannis and Parspour, Nejila}, biburl = {https://puma.ub.uni-stuttgart.de/bibtex/2ff9b18f878b374901cbb03ad9ddc3fcc/iew_homepage}, booktitle = {2023 IEEE Wireless Power Technology Conference and Expo (WPTCE)}, doi = {10.1109/WPTCE56855.2023.10216130}, file = {Elbracht, Noeren et al 2023 - Design of a Scalable Multicoil:Attachments/Elbracht, Noeren et al 2023 - Design of a Scalable Multicoil.pdf:application/pdf}, interhash = {046c1a76dc735bd56ff41487bab86e1b}, intrahash = {ff9b18f878b374901cbb03ad9ddc3fcc}, keywords = {48_V_electric_vehicles,_AGVs Contactless_Energy_Transfer Inductive_Charging WPT Wireless_Power_Transfer hp_iew inductive_energy_transfer}, pages = {1--6}, timestamp = {2023-11-20T17:40:39.000+0100}, title = {Design of a Scalable Multicoil Wireless Power Transfer System for Low Voltage Applications}, year = 2023 }