Intelligent movable energy-saving mosquito killer lamp

An intelligent movable energy-saving mosquito killer lamp comprises an illumination lamp, a lampshade, a high-voltage grid, a mobile car connected with the lampshade, a single-chip microcomputer which is arranged inside the mobile car and connected with the illumination lamp and the high-voltage grid, a plurality of temperature sensors, a plurality of humidity sensors, an illumination intensity sensor, a plurality of infrared sensors and a motor, wherein the temperature sensors, the humidity sensors, the illumination intensity sensor, the infrared sensors and the motor are connected with the single-chip microcomputer, the single-chip microcomputer is used for controlling on-off of the illumination lamp and the high-voltage grid according to environmental parameter values detected by the temperature sensors, the humidity sensors and the illumination intensity sensor and controlling the mobile car to rotate by sending a driving signal to the motor according to the position of a barrier detected by the infrared sensors. A power source is connected with the sensors, the illumination lamp, the high-voltage grid, the single-chip microcomputer and the motor and used for supplying power to the devices. The novel efficient and clean mosquito killer lamp has the advantages of being high in mosquito killing efficiency and long in service life and saving energy.