Monitoring and managing system of microclimate indicators in educational facilities

Abstract

The algorithm and structure of an automated system for monitoring microclimate indicators in educational facilities are exposed. A model of for monitoring and managing microclimate system based on Phoenix Contact hardware and software has been developed. A userdefined web-interface for remote monitoring and management of the current layout from mobile devices has been developed. One of the most serious problems is energy efficiency, namely, inefficient usage of energy resources, their excessive and short-sighted consumption. This problem makes us to think seriously about energy saving and energy efficiency, because the reserves of fuel raw materials are not unlimited. Nowadays, the trend of using alternative energy sources and improvement of the efficiency of energy systems and their automation has been spreading for a long time. One of the most energy-consuming structures is the urban infrastructure of electric utilities for heating educational facilities, which modernization cannot be ignored, because it is an inherent part of modern technological progress.