The invention discloses an intelligent gallium arsenide high concentration cogeneration module. The intelligent gallium arsenide high concentration cogeneration module comprises an outer box, at leastone group of gallium arsenide condensing and receiving devices, wherein the gallium arsenide condensing and receiving devices comprise a Fresnel lens arranged on the upper surface of the outer box and a receiver arranged in a box body which is located below the Fresnel lens. The receiver comprises a secondary optical element, a gallium arsenide solar cell chip and a heat collecting device, wherein the secondary optical element, the gallium arsenide solar cell chip and the heat collecting device are sequentially arranged from top to bottom. The heat collecting device is hollow, a cavity is internally provided with a heat conducting medium, and a heat collecting channel is arranged in the heat collecting device. A circuit structure is arranged at the back of the box body, and the circuit structure comprises the box body, a voltage measuring circuit, a comparison circuit and a positioning device, wherein the voltage measuring circuit, the comparison circuit and the positioning device arearranged in the box body, the signal output end of the voltage measuring circuit is connected with the signal input end of the comparison circuit, and the positioning device, the comparison circuit and a control center are all connected in a wired mode or connected through a wireless signal transceiving device. The intelligent gallium arsenide high concentration cogeneration module has high utilization rate of solar energy, is convenient to monitor and maintain, and is suitable for the technical field of photovoltaic power generation.