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Information × Registration Number 0220U102397, 0115U003363 , R & D reports Title Development and optimization of low-temperature heating systems based on renewable energy sources popup.stage_title Head Basok Borys Ivanovich, Доктор технічних наук Registration Date 12-03-2020 Organization Institute of Engineering Thermophysics of NAS of Ukraine popup.description2  GDR Report: 178 pages, 80 Figure -, 83 sources. low-temperature systems of heat supply, renewable energy sources, smart-grid-0-energy technologies, energy supply, heat supply. The object of the study is experimental low-temperature heat supply systems based on the use of renewable energy sources for modern energy efficient buildings. The purpose of the work is to develop a scientifically sound basis for the creation, optimization and experimental implementation of low-temperature heat supply systems based on the use of renewable energy sources for modern energy efficient buildings of various types, namely: passive type buildings, 0-energy, green and eco-buildings, Micro Smart-Grid-0-Energy Buildings. In accordance with the terms of reference and the schedule, work was carried out to develop the schematic diagrams of low-temperature systems of heat of the premises of the building based on the use of renewable energy sources, namely: heat of soil, heat of air and water. Studies of heat exchange processes in the premises of a building equipped with low-temperature systems for different climatic conditions were carried out. The features of aerodynamic and heat exchange processes in the premises of a building with low-temperature systems and optimal heat supply systems that use renewable energy sources and ensure proper sanitary and hygienic conditions in the premises with minimal heat and environmental impacts are determined. This made it possible to develop a scientifically sound design methodology for low-temperature heat supply systems based on the use of renewable energy sources for buildings with high energy efficiency and to make recommendations for their use and optimal operation. Product Description popup.authors Tkachenko Myroslav V popup.nrat_date 2020-04-01 Close