Power saving mode for autonomous heat supply systems

This article is devoted to theoretical and experimental studies of thermal and physical properties of objects in order to determine the required power of the heat source, as well as to development of an algorithm for power-saving control of an autonomous heat supply system. Main advantages of the developed machinery are described. The machinery allows determining the optimal time for switch-on of the heating supply system by the desired time based on the coefficient of active work without any application of various climatic equipment installed outside the heated object. In case there is no coefficient of active operation of the heating supply system, the machinery determines the optimal time for switching on the heating system based on the time of temperature change inside the object.