Aspects and implementation of low-energy buildings design

Abstract

Energy saving is a high-priority for civil engineering in developed countries. The improvement of energy efficiency and environmental performance of buildings is considered a matter of high priority worldwide. For this reason, energy-efficient technologies are being increasingly implemented in all sectors. This article provides an overview of integrated building design process that is crucial in order to better integrate the activities required to accomplish the design of low-energy buildings. Design of energy efficient buildings is a process that requires a wide knowledge of the principles of energy efficient building design, material selection and installation, the application of building automation, analysis of the building physics and analysis of indoor comfort. This article shows the importance of an integrated design of energy-efficient buildings in light of the new requirements that will need to be met by the architects and engineers specializing in this area. It also presents the difference in designing energy efficient buildings in different technologies, by performing various analysis on two examples of a single family house. In both cases preliminary architectural concept enables the calculation of the energy efficiency of the building, along with a detailed analysis of the different energy demands, thermal comfort and overheating. This results at the stage of conceptual design allow the use of more economical materials and HVAC systems solutions, maintaining established energy.

Authors and Affiliations

M. Fedorczak-Cisak, A. Kotowicz

Keywords

Related Articles

Investigation of air flow in a twin roofs of residential houses

Some kinds of flat roofs with low height of ventilated air gap have certain problems with thermal and moisture regime. The lower surface temperatures of internal constructions in the air gap of roof and presence of hot a...

INFLUENCE OF DEFECTS OF THE WORKING REBAR ON THE BEARING CAPACITY OF THE REINFORCED CONCRETE BEAMS

Every construction is influenced by different factors during operation. As a result, there are various defects and damage of these elements, which affects their operating condition. One of such defects is the corrosion o...

DETERMINATION OF CARBON DIOXIDE CONCENTRATION IN CLASSES

In the last decade, modernization of school buildings in Ukraine is being carried out. Thermorenoval measures such as thermal insulation of exterior walls and replacement of existing windows are most often used. Installi...

ВПЛИВ ЗНАЧЕННЯ КУТІВ ПРИЄДНАННЯ ВХІДНИХ СТРУМЕНІВ НА НЕРІВНОМІРНІСТЬШЛЯХОВОГО ПРИТОКУ ВОДИ ДО НАПІРНОГО ТРУБОПРОВОДУ-ЗБИРАЧА

Results of the experimental investigation of water inflow into a pressure pipe-collector (PC) depending on the value of the inflow angle b of the input jets are presented. The inner diameter of the experimental PC was of...

ВИРОБНИЦТВО, ВЛАСТИВОСТІ І ЗАСТОСУВАННЯ ГАЗОБЕТОНУ НЕАВТОКЛАВНОГО ТВЕРДНЕННЯ

One of the priorities of modern construction industry is to increase the heat-shielding properties enclosing structures and reduce construction costs. Solving these problems is possible through the use in the manufacture...

Download PDF file
  • EP ID EP230911
  • DOI -
  • Views 86
  • Downloads 0

How To Cite

M. Fedorczak-Cisak, A. Kotowicz (2016). Aspects and implementation of low-energy buildings design. Вісник Національного університету "Львівська політехніка". Серія "Теорія та практика будівництва", 0(844), 253-259. https://europub.co.uk/articles/-A-230911