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Power supply for small-scale battery-powered systems such as electricvehicles (EVs and mobile robots) is being actively researched. We areparticularly interested in energy management, which considers theinterconnection of such systems close to each other. This allows for overallredundancy to be maintained without assuming excessive redundancy withindividual power sources. Its implementation necessitates a high level ofintegration between power management and information and communicationtechnology. As one of these methods, this study investigates energy managementbased on power packetization. When the individual systems to be connected havemoving parts or are mobile, wireless power transmission is a promising methodfor power sharing. However, power packetization has so far only been consideredfor wired transmission. In this paper, we address the integration of power andinformation in wireless channels using power packetization. We propose a powerpacket router circuit that can wirelessly transmit power over multiple channelsselectively. Furthermore, we demonstrate that the developed system can handleboth wired intrasystem power management and wireless intersystem power sharingin a unified manner.

Router for wireless power packet transmission: Design and application to intersystem power management