Protected connections - when electronic devices are completely closed, they are free from corrosion and away from oxygen in water or atmosphere. The risk of electrical failure is small, such as short circuit due to insulation failure, especially where frequent connections or damage occur.
Low risk of infection - for embedded medical devices, transmission of electricity through a magnetic field across the skin can avoid the risk of infection caused by wire penetration through the skin.
Durability - no need to constantly plug in the equipment, the loss of the socket and connection cables of the equipment is obviously reduced.
Increased convenience and aesthetic quality - no cables needed.
Automated high power wireless charging for electric vehicles allows for more frequent charging events and the corresponding driving range extension.
The wireless charging system can run automatically without relying on personnel insertion and withdrawal. This leads to higher reliability.
Autopilot technology is applied to electric vehicles and relies on automatic operation of automatic charging induction charging to solve this problem.
Induction charging of electric vehicles at high power levels enables electric vehicles to charge in motion (also known as dynamic charging).