Dear Colleagues,

In recent years, wireless power transfer has emerged as a critical enabling technology for electric vehicle charging. However, a number of these systems' shortcomings still need to be addressed, including their inefficiency, operating range, electromagnetic field emissions, and infrastructure costs, to name a few. This Special Issue aims to disseminate the most recent theoretical and practical research findings on wireless power transfer related to electric car charging, ideally emphasizing the most recent SAE-2954 standard. The following technical domains are among the subjects of interest but are not the only ones: Wireless power transfer topologies for charging electric vehicles (inductive, capacitive, etc.). For this Special Issue of Vehicles titled “Wireless Electric Vehicle Charging,” " subjects covered include but are not limited to vehicle-to-grid (V2G), control algorithms, efficiency optimization, navigation and alignment systems, magnetic resonant wireless charging, capacitive wireless charging.

· Design and Development of magnetic coupling stages that enable wireless power transmission.

· Wireless power transfer systems control design used for electric car charging.

· Achieving Maximum Power Output and Maximum Efficiency for a Series-Series Resonant Inductive Link

· Power electronics, resonant converters, and resonant topologies.

· A Reduced Order Model to Determine the Coupling Factor Between Magnetic Pads Used in Wireless Power Transfer

· Simulation and modeling of online WPT embedded electric vehicles, or OLEVs, for in-motion wireless charging.

· Bidirectional wireless power transfer system modeling, analysis, and simulation as they relate to the vehicle-to-grid (V2G) concept.

· Systems for aligning vehicles for wireless chargers

· Novel Power Electronics converter topologies, including their control techniques.

· Compact and flexible on-board chargers.

· EV chargers based on wireless power transfer.

· Intelligent EV fleet charging management;

· Optimization of energy management in fast charging stations.

Electric Vehicle; Mathematical Modeling Wireless Power Transfer; Resonant Power Converters Compensation Topologies; WPT Coil Design; Dynamic Wireless Charging; Vehicle Alignment; Wireless Vehicle-To-Grid; Analysis of Interoperability; V2V; V2G