Features of housing sanation in the historical architectural environment
Kateryna Danko
Architectural faculty, department of drawing and painting, Kyiv National University of Construction and Architecture (Ukraine)
Kashchenko Tetyana
Department of Architectural Design of Civil Buildings and Structures, Kyiv National University of Construction and Architecture (Ukraine)
Abstract
In Ukraine, one of the main problems in the field of architecture and construction is an outdated housing stock with low energy efficiency indicators. The total housing stock of Ukraine is 1031.7 million m2, of which more than 4.8 million m2 is an outdated and emergency stock, 11% of residential buildings need repairing, and 9% – reconstruction. Its significant part (72 million m2 or 23%) is morally outdated buildings of the first mass series of 1950−1960, which have a number of structural deficiencies and do not fit to current norms [11].
Most of the existing housing are in the historical environment, therefore, in addition to traditional approaches to the formation of energy-efficient housing, there are special approaches associated with a number of restrictions on the compositional, stylistic, and coloristic integrity to the architectural environment whith increasing energy efficiency of housing. This problem needs to be solved in a complex way, using thermo-modernization, thermo-reconstruction, sanation. An analysis of these approaches has shown that sanationis the most effective, as measures for the rehabilitation of multi-apartment buildings allow to increase energy efficiency of housing and preserve historical architectural heritage within the existing housing stock.
Keywords:
sanations, housing, architectural environment, energy efficiencyReferences
Agata Warchalska-Troll. Progress in the rehabilitation of large residential estates in Katowice (Poland). – Hungarian Geographical Bulletin 62 (1) (2013) 102−112.
Google Scholar
Michal Dmitruk. Problemy budownictwa wielkoplytowego z lat siedemdziesiątych XX wieku I sposoby ich rozwiazania na przykladie z polski I innych krajow europejskich. – TEKA Architectural Comission, Urban Studies and Visual Studies. Tom XI / 1−4. Lublin 2015. p. 16−24.
DOI: https://doi.org/10.35784/teka.349
Google Scholar
Avdiyenko O.P. Reconstruction of housing at the present stage / O.P. Avdiyenko // Reconstruction of housing. – 2007. – Issue 8. – P. 13−18.
Google Scholar
Electronic resource. Access mode https://www.gov.ua/
Google Scholar
Electronic resource. Access mode http://www.iqenergy.org.ua/ru
Google Scholar
Electronic resource. S.O.Khan-Magomedov, Khrushchevki – good or evil... http://dwg.ru/pub/26
Google Scholar
Malyarenko V.A., Orlova N.A. The state and ways of renovation of the housing stock of past years. Energy saving • Energy • Energy audit №9 (91) 2011. – Kharkov.
Google Scholar
Onischuk G.I. Technical aspects of the reconstruction of residential buildings in Ukraine / G.I.Onishchuk // Reconstruction of housing. – 2012, vol. 13.
Google Scholar
Pylypenko V. Features of reconstruction of residential areas of industrial development of the last century. September 16, 2005 [Electronic resource]. Access mode: http://ais.by/story/560
Google Scholar
Recommendations for the selection of progressive architectural and technical solutions for the reconstruction of residential buildings of different design systems. – Kiev Nora Print, 2001.- 262p.
Google Scholar
Authors
Kateryna DankoArchitectural faculty, department of drawing and painting, Kyiv National University of Construction and Architecture Ukraine
Authors
Kashchenko TetyanaDepartment of Architectural Design of Civil Buildings and Structures, Kyiv National University of Construction and Architecture Ukraine
Statistics
Abstract views: 135PDF downloads: 125
