Abstract
Development and analysis of the main indicators of the investment project of the thermo-modernization of the student campus KPI and energy consumption management for the development of monitoring and integration in the educational process. Method. The technical and economic analysis with use of engineering methods of calculation, experimental measurements with use of the laboratory equipment is executed. General scientific methods of analysis and synthesis, specific methods (grouping, comparison, generalization), statistical data processing, modeling in specialized software products are used. Results. Reduction of total consumption of energy resources, as well as monetary costs for their payment; creation of conditions and tool base for research works; improving the quality of educational services, involving students in energy audits; software development and creation of an automated energy consumption monitoring system. Scientific novelty. A comprehensive approach to the development of investment projects to improve the energy efficiency of campuses, taking into account technical, economic and environmental indicators with in-depth engineering analysis of the characteristics of buildings and their engineering systems. New approaches to the development of an autmated workplace of an energy manager with structural elements of the software of the energy monitoring system are proposed. Practical significance. An investment project of complex thermal modernization of student campus buildings and modernization of engineering networks of individual buildings with a choice of equipment and development of placement schemes has been developed. The main technical, economic and environmental indicators of the project are determined. An important educational direction is to involve students in the process of developing investment projects using modern technologies on the example of campus facilities, which will create an environment for comfortable learning conditions and research. The implementation of the investment project will allow to create a modern energy-efficient site with the use of innovative solutions on the basis of the existing old building stock.
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