DEVELOPMENT OF THE SYSTEM OF AUTOMATED MONITORING AND ANALYSIS OF ENERGY CONSUMPTION IN IGOR SIKORSKY KYIV POLYTECHNIC INSTITUTE

Abstract

In Igor Sikorsky Kyiv Polytechnic Institute has an organizational structure for managing the energy consumption of the campus, which includes both organizational, informational and technical measures, including the creation of a remote energy monitoring system. This study examines the engineering aspects of energy management system formation for different types of consumers. The purpose of the work is to improve existing and develop new innovative management methods and tools of energy management, taking into account the parameters of management objects; taking into account the relationship of energy generation sources, thermal protection, the parameters of the microclimate of the premises. 
 The facilities on the balance of the university are also a research platform for various research works, which is greatly facilitated by the energy management service in cooperation with other departments, faculties and departments. The software-based remote monitoring system is gradually being introduced, which will include an automated workplace of the energy manager, a geoinformation map of engineering networks and campus buildings, indoor temperature monitoring, automated metering and an analytical unit with the ability to predict energy consumption.
 The aim of the article is to improve innovative methods and tools of energy management taking into account the parameters of objects, a comprehensive approach to in-depth analysis and planning of energy consumption and operating conditions of buildings, development of energy management through remote monitoring with integration into the educational process.
 Research objectives: propose a project of an automated monitoring system for an educational institution and describe the structural elements of the software; to analyze the results of the phased implementation of the remote energy monitoring system and instrumental provision of remote metering of energy resources; show the possibilities of attracting the scientific potential of the university to improve the quality of educational services.