Registration Number
0226U002574,
(0124U001473)
, R & D reports
Title
Increasing the efficiency of decarbonization and greening of municipal energy by the method of optimized implementation of energy-saving technologies
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Верифікація методу оптимізованого впровадження енергоощадних технологій на натурних об’єктах
Head
Petruk Vasyl H., д.т.н.
Registration Date
27-02-2026
Organization
Vinnytsia national technical university
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Increasing the efficiency of decarbonization and greening of municipal energy by using the method of optimized implementation of energy-efficient technologies in technical complexes of "building-heat supply system" of various types and purposes, which allows realizing their resource and energy saving potential with minimal economic costs.
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The problem to which the project is devoted: elimination of energy, environmental and economic losses from inefficient use of fuel and energy resources in the field of heat supply due to the operation of buildings with a low level of energy efficiency. Object of research: processes of formation of complex environmental, energy and economic effects from the implementation of resource and energy-saving measures in heat supply and heat supply systems of buildings. Subject of research: method of optimized implementation of energy-saving technologies (OIEST) in technical complexes "building / group of buildings - heat supply system / systems", the application of which ensures the full realization of the energy efficiency potential of research objects with minimal expenditure of investment resources and the shortest payback periods.
The purpose of the 2nd stage of the project was to verify on full-scale objects of the heat supply sector that consume, transport and generate thermal energy the OIEST method, created during the previous stage of R&D, and to improve it by integrating it into the theoretical basis of research results of innovative energy-saving technologies.
During the reporting stage, a set of scientific and applied research was conducted: 1) development of theoretical foundations for step-by-step energy modernization of buildings when implementing the OIEST method; 2) verification of the OIEST method during research on thermal energy consumer objects - buildings and groups of buildings; 3) verification of the OIEST method during research on heat transport objects; 4) verification of the OIEST method during research on thermal energy producer objects; 5) integration of the results of research on innovative energy-saving technologies into the theoretical basis of the OIEST method.
Product Description
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Olha P. Arsenieva
Ihor V. Vasylkivskyi
Andrii P. Polyvianchuk
Igor V. Gritsuk
Yurii L. Kovalenko
Roman A. Semenenko
Nataliia M. Polyv'ianchuk
Andrii O. SEMENOV
Vitalii A. Ishchenko
Oleksii S. Yefimov
Olena A. Dehtiar
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2026-02-27
