Disclosed herein is a non-contact charge and communication system including: non-contact charge apparatus configured to include a power transmitting device that transmits power for a charge by magnetic field coupling and a first communication unit that carries out non-contact communication by electric field coupling; and power receiving apparatus configured to include a power receiving device that receives power transmitted from the non-contact charge apparatus based on a magnetic field resonance relationship and a second communication unit capable of non-contact communication with the first communication unit by electric field coupling, and charge a battery by received power. The non-contact charge apparatus includes a first control unit, and the power receiving apparatus includes a storage unit, and a second control unit.