Thermoregulation of UAV Equipment

This paper deals with the thermoregulation of equipment of unmanned aerial vehicles. Thermoregulation functions are formalized and represented mathematically. The thermoregulation functions taking into consideration temperature gradient are described. A logical algorithm of thermoregulation based on Boolean functions is developed. The model of thermoregulation processes and the structure of the thermoregulation system are represented. Simulation has been carried out in three temperature modes. The obtained results show sufficient efficiency of the developed thermoregulation algorithm. The proposed results are especially useful for such applications as observation optic electronic devices of different kinds operated on medium and large unmanned aerial vehicles.