Self-power-generation wireless switch control device

A self-power-generation wireless switch control device is disclosed. The device is formed by a switch panel and an equipment receiving end. The switch panel comprises a self-power-generation unit, a voltage conditioning unit, a button input unit, a microprocessor, a wireless transmit-receive unit and a pairing interface. The equipment receiving end comprises the voltage conditioning unit, the wireless transmit-receive unit, the microprocessor, a load loop control unit, a display unit and the pairing interface. When the device works, the self-power-generation unit in the device provides power for the switch panel. The switch panel emits a digital coding control signal to the equipment receiving end so as to realize passive control to remote equipment. The device can control loads of illumination in daily household furniture, an electric appliance and the like, and can carry out remote control on an inconvenient wiring or dangerous area. The device has the following advantages that: a material is saved; time and manpower cost are saved; energy saving and environmental protection are achieved; and maintenance is convenient.