Wireless Power Transfer for Underwater Submersible Vehicle Charging
Sealed inductive power transfer node charging underwater AUV lithium batteries without exposed metallic corrosion contacts.
Project Overview
Solves galvanic corrosion and water short-circuit risks in marine robotics. Employs a potted, waterproof resonant coil pair operating at 100 kHz with ferrite flux concentrators, efficiently transmitting 15W of DC power across salt-water barriers to charge internal batteries.
Solves galvanic corrosion and water short-circuit risks in marine robotics. Employs a potted, waterproof resonant coil pair operating at 100 kHz with ferrite flux concentrators, efficiently transmitting 15W of DC power across salt-water barriers to charge internal batteries.
Sealed inductive power transfer node charging underwater AUV lithium batteries without exposed metallic corrosion contacts.