Abstract
A system of scientifically based criteria has been developed to evaluate and optimize the operation of heat supply systems sources, taking into account their energy efficiency, the type of primary energy carriers used and CO2 emissions into the atmosphere.
 Using the developed system of criteria, numerical studies were performed and new results were obtained showing a quantitative relationship between the degree of thermodynamic efficiency of the source of the heat supply system, the type of primary fuel or primary energy carrier used and the volume of CO2 emissions.
 Based on the results of numerical studies, scientifically based recommendations have been developed for the selection of a heat supply source in heat supply systems in order to ensure high efficiency of primary fuel and energy use while reducing carbon dioxide emissions.
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