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Information × Registration Number 0226U000808, (0124U002061) , R & D reports Title Research and development of areas and measures to improve the energy efficiency of heating, ventilation, air conditioning and heat and gas supply systems popup.stage_title Критерії вибору та оцінка заходів/технічних рішень з підвищення енергоефективності систем опалення, вентиляції, кондиціювання та теплогазопостачання Head Adehov Oleksandr V., Кандидат технічних наук Registration Date 16-01-2026 Organization Ukrainian State University of Science and Technologies popup.description1 The purpose of the work is to determine the main directions of improvement and development of technical solutions to improve the energy efficiency of heating, ventilation, air conditioning and heating and gas supply systems popup.description2 A thorough examination of present tendencies in boosting the energetic efficiency of structures in Ukraine and EU has been executed. The primary techniques for diminishing the power demand of buildings through enhancing the thermal qualities of enclosing elements, refining architectural and layout designs, and deploying contemporary engineering setups have been reviewed. The standards for choosing HVAC setups have been organized, factoring in energetic, fiscal, ecological, and functional metrics. Special focus has been given to employing low-temperature heating setups, mechanical aeration with thermal recuperation, heat pumps, and weaving in renewable power origins into the energy budget of buildings. The benchmarks for picking actions and technical fixes to elevate the energy performance of centralized heat and gas supply networks have been provided. A contrasting look at the present standing of heat supply networks in Ukraine and European nations has been undertaken, with key issues and prospective paths for updating heat origins, heat conduits, and heat power consumption frameworks being pinpointed. The practicality of introducing cogeneration stations, powerful heat pumps, the utilization of residual power assets, and the incorporation of renewable propellants has been looked into. A distinct segment of the paper concentrates on evaluating the efficacy of employing artificial and ambient cooling in microclimate. All-season cooling plans were scrutinized, energetic and exergic appraisal of cooling gear was executed and the potentials of employing subsoil cold storage units and merged systems uniting ambient and artificial cold were contemplated. The findings of this investigation may be employed in formulating proposals for updating building engineering setups, augmenting the energy performance of heat and gas supply, planning interventions for thermal updating of habitation and civic edifices, and in subsequent scholarly inquiries concerning energy performance. Product Description popup.authors Adehov Oleksandr V. Солод Леонтина Валеріївна Kolesnyk Inna O. Anatoliy O. Petrenko Liakhovetska-Tokarieva Maryna M. Tkachova Valeriia V. Bereziuk Hanna H. Prokof'ieva Halyna Ya. Iryna V. Holiakova popup.nrat_date 2026-01-16 Close