[Seeking Joint Development Partners] Inexpensive "Electric Field Coupling" EV Charging System for Infrastructure Investment *System Under Development
Ryutech is developing a "non-contact power supply system for EVs during driving." The system currently under development utilizes our patented discripter and combines the advantages of electric field coupling, which features long transmission electrodes, and magnetic field coupling, which has the characteristic of not requiring ground electrodes. Currently, the "magnetic field coupling" system, which aims for power supply during driving, is considered a barrier to practical application due to excessive infrastructure investment. However, we believe that our "electric field coupling" system will definitely be adopted because it is cost-effective. We are looking for companies that would like to collaborate on development. For more details, please contact us. 【Features of the power supply system for EVs during driving】 ■ Issues with battery cars (EVs) - Short driving range - Long charging time - High vehicle cost ■ Application of our developed "discripter" - Solves the drawbacks of electric field coupling and magnetic field coupling ■ Combines the strengths of both electric field coupling and magnetic field coupling *We welcome individual visits. *For more details, please refer to the PDF materials or feel free to contact us.
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* We are accepting individual visits to our office. * For more details, please refer to the PDF document or feel free to contact us.
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Our company primarily engages in the development and consulting of wireless power transfer systems. We actively support the development of wireless power transfer systems that are useful in advanced fields such as powering electric vehicles during operation, powering capsule endoscopes in transportation and medical applications, as well as underwater power supply and powering drills for seabed excavation. Leveraging the representative's long-term research experience in electromagnetics, we aim to develop cutting-edge technologies.
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