Abstract: Provided is a wireless charging control system based on a magnetic resonance type, and more particularly, a wireless charging control system based on a magnetic resonance type which does not require a separate transmitter unit and a receiver unit to detect a current charging state of a receiving charger unit between a power transmitter unit and the receiving charger unit and changes a transmission output of a power transmitter unit in real time by changing a load impedance of a load element coil using a variable capacitor or a switch to meet a charging state of a battery unit by the receiving charger unit to prevent unnecessary transmission power while charging, thereby more efficiently and safely performing wireless charging.

Abstract: Provided are a system and a method for wireless charging control, and more particularly, to a system and a method for wireless charging control capable of safely and conveniently performing wireless charging of a battery unit by performing near field communication and wireless charging between a power transmitting unit and a receiving charging unit in a time division manner using a common antenna which may be used for both of the near field communication and the wireless charging.