A non-contact charging station for generating an induced magnetic field toward a non-contact power-receiving apparatus for power, comprising: a transmission controller provided inside the non-contact charging station, for controlling power transmission and data transmission/reception, a station part including a primary coil, electrically connected with the transmission controller, for generating the induced magnetic field and for placing the non-contact power-receiving apparatus on top thereof, and a received signal processor connected to the primary coil to receive, from the non-contact power-receiving apparatus, a response signal indicating received signal intensity, wherein the primary coil is configured in a multi-layered structure comprising a single base coil in a first layer and two other coils in a second layer, wherein the base coil is placed in a position between the two other coils and is partially overlapped with each of the two other coils, and wherein the transmission controller selects, based on the response signal, at least one of the base coil and the two other coils, and controls the selected at least one coil to generate the induced magnetic field, wherein the received signal processor is configured to receive a power control requesting signal from the non-contract power-receiving apparatus, wherein the power control requesting signal is based on induced voltage measured from the non-contact power-receiving apparatus, wherein the received signal processor is configured to calculate a corrected power value corresponding to the power control requesting signal, and wherein the transmission controller is configured to control the transmission power of the induced magnetic field based on the corrected power value. a transmission controller provided inside the non-contact charging station, for controlling power transmission and data transmission/reception, a station part including a primary coil, electrically connected with the transmission controller, for generating the induced magnetic field and for placing the non-contact power-receiving apparatus on top thereof, and a received signal processor connected to the primary coil to receive, from the non-contact power-receiving apparatus, a response signal indicating received signal intensity, wherein the primary coil is configured in a multi-layered structure comprising a single base coil in a first layer and two other coils in a second layer, wherein the base coil is placed in a position between the two other coils and is partially overlapped with each of the two other coils, and wherein the transmission controller selects, based on the response signal, at least one of the base coil and the two other coils, and controls the selected at least one coil to generate the induced magnetic field, wherein the received signal processor is configured to receive a power control requesting signal from the non-contract power-receiving apparatus, wherein the power control requesting signal is based on induced voltage measured from the non-contact power-receiving apparatus, wherein the received signal processor is configured to calculate a corrected power value corresponding to the power control requesting signal, and wherein the transmission controller is configured to control the transmission power of the induced magnetic field based on the corrected power value.