WiTricity

WiTricity is a leader in the field of wireless electric vehicle (EV) charging, driving advancements in the development of inductive power transfer technologies. With origins in the labs of MIT and a strong global presence, WiTricity is renowned for its pioneering efforts in wireless power innovation. The company's mission is centered around transforming the EV charging experience, eliminating the need for cumbersome cables and ushering in a future of seamless, automated charging solutions. By integrating WiTricity's technology, automotive manufacturers and fleet operators can enhance reliability, efficiency, and safety while reducing the total cost of ownership and meeting zero-emission objectives. Over its 15-year history, WiTricity has established itself as a deployment pioneer, working with major original equipment manufacturers (OEMs) worldwide. The company's solutions are built on robust, field-tested technology that supports dense-pack parking, advanced safety features, and vehicle-to-grid integration, making it a cornerstone for sustainable urban and industrial developments. WiTricity's engaging approach to innovation is underscored by its comprehensive IP portfolio, which serves as the foundation for internationally recognized standards across automotive and smart city applications. WiTricity’s wireless charging solutions are designed to be future-ready, facilitating the adoption of autonomous EV operations. By eliminating the manual task of plugging in, WiTricity ensures a streamlined user experience, promoting the adoption of electric vehicles on a larger scale. Their technology not only satisfies current electrification needs but also sets the stage for future-proof smart infrastructure development, thereby supporting various market players in achieving their electrification goals efficiently and effectively. Their engineering teams are committed to advancing this technology, ensuring that WiTricity continues to lead in providing world-class solutions that fundamentally change how vehicles are charged. Read more