- New electric field coupling system - Continuous power supply of several tens of meters, which is impossible with magnetic field coupling - Construction of inexpensive power supply infrastructure - Compatible with charging devices while stopped
- This method utilizes our company's patented discripter, combining the characteristics of electric field coupling, which features long transmission electrodes, and magnetic field coupling, which has the property of not requiring ground electrodes. - The magnetic field coupling, which is being pursued worldwide for on-road power supply, is considered to have excessive infrastructure investment, posing obstacles to practical implementation, so I believe that the cost-effective electric field coupling will definitely be adopted. - However, since electric field coupling is a latecomer, its current level of completion is low, so we must urgently establish a timeline for practical implementation and position ourselves for comparison with magnetic field coupling. *We are accepting individual visits. *We are looking for joint development partners.
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basic information
- Currently, we are conducting experiments with a 1/10 scale model, and this year we will attach it to a one-person senior car for operational verification. - We would like to start looking for open innovation partners early on and advance development collaboratively. - If a joint research partner is determined in the future, we would like to request assistance with development costs. - We would like to share the intellectual property obtained during the development process. - After the development is completed, we would like to charge licensing fees for the principle patents we already own. *We are accepting individual visits.
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Applications/Examples of results
The onboard power receiving system for EVs can accommodate not only the charging device for driving that will be completed in the future but also the nearly practical charging system for stationary vehicles, making it a seamless technology with minimal waste.
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Company information
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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