Abstract
The article considers feasibility of using air-water heat pumps to provide residential and industrial buildings with heating, cooling and ventilation requires taking into account a large number of different factors, such as the estimated and average outdoor temperature for the heating period in the considered climate region. The study of temperature fluctuations during the heating period will help to clarify the boundaries of areas of synchronous changes to solve the problems of climatological zoning, with the goal of establishing the heat production, energy transformation coefficient of the selected heat pump model. Using a statistical data and quantitative indicators of temperature variability across the territory of Kazakhstan, an interactive online map was developed based on the ArcGIS software, which integrated 67 weather stations in five regions. The developed zoning map is a qualitatively new information product that combines reliable data and a tool for analysis, visualization and data management of a professional GIS system. In general, in conclusion, we can say that our work is the creation of a map of the zoning of the territory of Kazakhstan according to the average temperature of the heating period in order to select a heat pump heat supply system is relevant in that we take into account the climatic conditions and the heating season to select a heat transfer system.