Open AccessBIM ENERGY ANALYSIS OF A HOUSE WITH DOUBLE WINDOWS
Author(s) -
A. M. Sopilniak,
V. V. Kolokho,
Т.P. Yarova,
S.Y. Sereda,
К.О. Sirenok,
V. V. Dunda
Publication year - 2021
Publication title -
ukraïnsʹkij žurnal budìvnictva ta arhìtekturi/ukraì̈nsʹkiĭ žurnal budìvnictva ta arhìtekturi
Language(s) - English
Resource type - Journals
eISSN - 2710-0375
pISSN - 2710-0367
DOI - 10.30838/j.bpsacea.2312.010721.107.773
Subject(s) - computer science , energy consumption , frame (networking) , architectural engineering , constructive , homogeneous , software , carry (investment) , software engineering , systems engineering , simulation , engineering , operating system , telecommunications , physics , process (computing) , finance , electrical engineering , economics , thermodynamics
Problem statement. The use of a building information model has a number of advantages over classical methods of architectural and construction design. First of all, VIM allows in a virtual mode to select, develop, calculate, link together and coordinate the components and systems of the future structure created by various specialists and organizations, check their viability, functionality and performance in advance. The aim is to improve the thermal performance of the building and reduce energy consumption. The main task of this work is to carry out insulation of the house on the basis of the provided materials, to carry out an analysis using the cloud-based Insight software, followed by a comparison of the results of energy consumption. Conclusions. The development of information modeling of buildings made it possible to rethink some of the established principles of designing buildings and structures, demonstrated new powerful sources of efficiency in the choice of rational architectural, constructive and technological solutions. The effectiveness of the use of two-frame windows has been proven numerically and empirically, as a result of which the energy consumption of the house has decreased by 9.1%. The use of additional windows makes it possible to obtain an almost thermally homogeneous external insulating shell of the house.