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Information × Registration Number 0217U004058, 0112U000296 , R & D reports Title Thermal basics of energy efficiency of buildings. popup.stage_title Head Boris Basok, Доктор технічних наук Registration Date 12-01-2017 Organization Institute of Engineering Thermophysics of the Ukrainian National Academy of Sciences popup.description2 The method of continuous systematic consideration of all forms of solar radiation (temperature and wind speed) on the heat transfer elements in external protections of buildings. Solved the problem of unsteady heat transfer through the typical elements of the protections, all-outside wall and fence building separate window glazing; fences, window openings; Two-chamber walls windows based continuous climatic factors allowed us to develop extensive and intensive ways to increase thermal resistance building konstruktsiy.Pokazano that the energy of solar radiation in the middle latitudes of the Earth enough to solve the problems of power system in cities and towns. These examples of the use of solar radiation for heating buildings. Problem solved replacing the roofs of houses with solar collectors, building under the building (or close to it) soil heat and battery placement in the basements of buildings heat pumps for heating and hot water supply. The influence of wind air flow processes heat the building in the environment for a smooth front wall, and the wall of the presence of window armhole. Showing that recommended for engineering calculation of the building heat transfer coefficient values ??are valid only for a limited range of wind speeds, so the design must take into account local data wind rose winter heating period year-round local data intensity of direct and scattered sunlight. It is proved that at a certain optimum geometry window armhole value of the coefficient of heat can decrease compared with the recommended values ??in the GSN. Recommendations specific energy appropriate measures thermo buildings. Principles energetically feasible and economically viable thermo taking into account local climatic conditions. Product Description popup.authors Бєляєва Т.Г. Басок Б.І. Давиденко Б.В. Накорчевський А.І. Новосельцев О.В. popup.nrat_date 2020-04-02 Close