Formation of interior design of residential premises with energy-saving technologies

Authors

  • Sergey Sjomka National Academy of Managerial Staff of Culture and Arts, Ukraine
  • Omid Moradi Pur Kiev National University of Construction and Architecture, Ukraine

DOI:

https://doi.org/10.32461/2226-3209.2.2018.162744

Keywords:

interior design, energy-saving technologies, technological equipment, national traditions, synthesis of arts.

Abstract

Purpose of the article is to consider the complex housing formation. Identifying the main trends in residential energy-saving construction is necessary. The methodology of the study is to apply the method of complex functional and structural analysis, which includes in- depth surveys, analysis of literary and Internet sources, comparative and statistical analysis of previous studies and proportional systems, sophisticated analysis of factors of influence, graph-analytical analysis of output data. The scientific novelty of the work is to broaden ideas about the role and impact of energy-saving technologies on the formation of a modern living environment. Conclusions. The article deals with the issues of interior design of residential premises with energy-saving technologies. A promising model of housing interior design, equipped with specialized technical equipment, has been formed. The paper analyzes possible prospective ways of housing architecture development with energy-savingtechnologies.

Author Biographies

Sergey Sjomka, National Academy of Managerial Staff of Culture and Arts

Professor of the Interior and Visual Informational Environment Department

Omid Moradi Pur, Kiev National University of Construction and Architecture

Postgraduate student

References

Акопджанян В.А. Проблемы проектирования жилых домов с системами солнечного энергоснабжения. М. : Киев, КНУБА. 1981. 122с.

Афанасьева O.K. Архитектура малоэтажных жилых домов с возобновляемыми источниками энергии.

М. : Киев, КНУБА. 2009. 20 с.:ил.

Береговой A.M. Энергосбережение в архитектурно-строительном проектировании. А.М.Береговой, А.П.Прошин, В.А.Береговой. М. : Жилищное строительство.2002.

Дмитриев А.Н. Пассивные здания и нетрадиционные источники энергии – развитие перспективных на-правлений в энергосбережении . М. : Киев.2002.

Захидов М.М. Исследование влияния элементов системы солнечного теплоснабжения на объемно-планировочные решения сельских малоэтажных жилых зданий. М. : Киев, КНУБА. 1982. 144с.

Кащенко Т.О., Сьомка С.В., Бородкiна I.М. Енергозбереження в архітектурі індивідуальних житлових

будинків:методичні вказівки до виконання курсового проектування. М. : Киев, КНУБА. 2010. 24с.

Смирнова С.Н. Принципы формирования архитектурных решений энергоэффективных жилых зданий. М. : Новгород. 2009. 216с.

Akopjanian, V.A.(1981). Problems of designing residential houses with solar energy systems. M.: Kiev, KNUBA. [in Russian].

Afanasyeva, O.K.(2009). Architecture of low-rise residential buildings with renewable energy sources. M.: Kiev, KNUBA. [in Russian].

Coastal, A.M.(2002). Energy saving in architectural and construction design. AM Beregovaya, APProshin, VABeregovoi. M.: Housing construction. [in Russian].

Dmitriev, A. N.(2002) Passive buildings and non-traditional energy sources – development of perspective directions in energy saving. M.: Kiev. [in Russian].

Zakhidov, M. M.(1982). Investigation of the effect of solar heating system elements on space-planning solutions of rural low-rise residential buildings. M.: Kiev, KNUBA. [in Russian].

Kashchenko, T. O., Sjomka, S. V., Borodkina, I. М.(2010). Energy Saving in the Architecture of Individual Residential Houses: Methodological Indications for the Implementation of Course Design. M .: Kiev, KNUBA. [in Russian].

Smirnova, S. N.(2009). Principles of the formation of architectural solutions for energy-efficient residential buildings. Moscow: Novgorod. [in Russian].

Published

2018-04-24

Issue

Section

Мистецтвознавство