Papers by Gülay ZORER GEDİK
ÖZET
Çalışmada farklı iklim bölgelerinde yer alan farklı plan biçimlenişlerine sahip otel yapıla... more ÖZET
Çalışmada farklı iklim bölgelerinde yer alan farklı plan biçimlenişlerine sahip otel yapılarının, ısıtma ve soğutma enerjisi yükleri incelenmektedir. Örnekleme açısından fonksiyon olarak seçilen otel yapılarının, yapı biçimi, hesap yapılan zon sayısı ve simülasyon programı farkına bağlı olarak ısıtma ve soğutma yükleri hesabı, analizlerin çıkış noktasını oluşturmaktadır. Analizlerde enerji yüklerini hesaplamada, yarı dinamik saatlik hesap yapan ulusal hesap modeli BEP-TR ve EnergyPlus dinamik simülasyon motorunu kullanan bir program kullanılmaktadır. Otel yapılarının farklı iklim bölgelerindeki farklı senaryolar için yapılacak olan enerji performansı hesaplamasında, yıllık m² başına düşen enerji tüketim miktarları analiz edilecektir. Ayrıca, iki enerji analiz programının temellerindeki farklılığa dayanan analiz sonuçları, karşılaştırmalı tablolarla değerlendirilecektir.
Anahtar Kelimeler: Bina enerji performansı, Isıtma-soğutma yükü, Otel yapıları, BEP-TR, Enerji analizi.
ABSTRACT
In this study, heating and cooling loads of hotel buildings that have different plan types are examined in different climatic regions. Heating and cooling load calculations depending on the building plan types and forms of hotels constitute the starting point of analyses. Building Energy Calculation Methodology (BEP-TR) - a semi-dynamic national calculation model- and a software that have EnergyPlus dynamic simulation method are used to calculate the energy loads in the analyses. The amount of energy consumption per m² will be analyzed for hotel buildings which will be held in different scenarios. In addition, results of analyses will be evaluated in a comparative table based on differences in the basis of two energy analysis programs.
Key Words: Building energy performance, Heating-cooling loads, Hotel buildings, BEP-TR, Energy analyses.
ABSTRACT
Energy saving, effective and efficient use of energy have become more substantial with ... more ABSTRACT
Energy saving, effective and efficient use of energy have become more substantial with developing alternative energy sources because of the depletion of fossil fuel energy resources and environmental pollution issues. Thus, environmentally conscious design of building has gained importance and effective use of energy has been widespread by regulations. In this study, energy performance of bedroom areas of the hotels in three different climatic regions of Turkey are analyzed and evaluated. The study shows that form, orientation and zoning of the buildings are the most significant parameters affect the calculation of heating and cooling loads depending on climate zones. Energy calculations of the circular and square-shaped hotel plan types that their dimensions of the heated and cooled areas are in the closest the each other were compared.
This study includes to analyse of the heating-cooling loads of the hotel bedroom floors in terms of form and zone differences and uses the detailed dynamics calculation methodology. Quantities of heating-cooling loads according to the form and zone differences are assessed by indicating the results in graphics.
Key words: Building form (1), zoning (2), building energy performance (3), heating-cooling loads (4), energy calculation (5),
Building and Environment, 2007
Diyarbakır is located in the southestern part of Turkey. Traditional Diyarbakır houses are succes... more Diyarbakır is located in the southestern part of Turkey. Traditional Diyarbakır houses are successful examples of buildings adapted to a hot dry climate. This is achieved by conforming to an old style of living and by the requirements and the use of local materials. In this study, the general architectural properties of the traditional houses of Diyarbakır, their layouts, plan types, building envelope and facade elements are evaluated in terms of building physics criteria. Today, in spite of new technological advances, techniques and materials, identical buildings are still being built, and climatic design is not considered important in Diyarbakır. As a result these buildings do not provide shade and cool spaces, and thus cause thermal discomfort, or increase in the use of energy. The aim of this study is to emphasize the importance of the features of traditional buildings in terms of designing energy efficient, to provide appropriate buildings for the environment. r
Building and Environment, 2006
The physical and social characteristics of internal and external environments of the YTU Library ... more The physical and social characteristics of internal and external environments of the YTU Library Building were examined and the results were compared with the required levels and standards. Negative characteristics which may cause health problems on temporary and permanent users were determined, and potential health risks due to those characteristics were identified. r
Building and Environment, 2004
Building envelope should provide visual, thermal and acoustical comfort in accordance with the fu... more Building envelope should provide visual, thermal and acoustical comfort in accordance with the function of the room. The material properties of the translucent-window-and opaque components-wall-of the building envelope and the ratio of these components are e ective in the establishment of comfort conditions in an interior. The perfection of the building envelope design is highly related to the consideration of all parameters together for visual, thermal and acoustical comfort.
Architectural Science Review, 2004
In this study, the old houses of Diyarbakir are evaluated in terms of dominant climatic elements ... more In this study, the old houses of Diyarbakir are evaluated in terms of dominant climatic elements characterized by high temperatures and solar radiation. In addition the summer room of a traditional dwelling is compared with a new dwelling's room designed with a new technology and materials according to the thermal insulation regulations of Turkey. For this comparison the cooling load calculation method developed for dwellings by ASHRAE is used.
Architectural Science Review, 2002
This study suggests an approach for determining the most suitable types of external shading devic... more This study suggests an approach for determining the most suitable types of external shading devices that will allow an optimal view of the exterior for windows with various orientations. In this approach firstly, the period of protection required must be assessed, then the type of shading device may be chosen for a given window by consideration of the maximum acceptable width and angles of such shading devices in terms of the visual conditions. The approach is applied to office buildings for any given orientation (example calculations are performed at 10°intervals) for both the overheated period and the whole year. By comparing the results of both periods, it can be seen that it is impossible to apply horizontal and vertical louvres in some orientations without severely restricting the view
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Papers by Gülay ZORER GEDİK
Çalışmada farklı iklim bölgelerinde yer alan farklı plan biçimlenişlerine sahip otel yapılarının, ısıtma ve soğutma enerjisi yükleri incelenmektedir. Örnekleme açısından fonksiyon olarak seçilen otel yapılarının, yapı biçimi, hesap yapılan zon sayısı ve simülasyon programı farkına bağlı olarak ısıtma ve soğutma yükleri hesabı, analizlerin çıkış noktasını oluşturmaktadır. Analizlerde enerji yüklerini hesaplamada, yarı dinamik saatlik hesap yapan ulusal hesap modeli BEP-TR ve EnergyPlus dinamik simülasyon motorunu kullanan bir program kullanılmaktadır. Otel yapılarının farklı iklim bölgelerindeki farklı senaryolar için yapılacak olan enerji performansı hesaplamasında, yıllık m² başına düşen enerji tüketim miktarları analiz edilecektir. Ayrıca, iki enerji analiz programının temellerindeki farklılığa dayanan analiz sonuçları, karşılaştırmalı tablolarla değerlendirilecektir.
Anahtar Kelimeler: Bina enerji performansı, Isıtma-soğutma yükü, Otel yapıları, BEP-TR, Enerji analizi.
ABSTRACT
In this study, heating and cooling loads of hotel buildings that have different plan types are examined in different climatic regions. Heating and cooling load calculations depending on the building plan types and forms of hotels constitute the starting point of analyses. Building Energy Calculation Methodology (BEP-TR) - a semi-dynamic national calculation model- and a software that have EnergyPlus dynamic simulation method are used to calculate the energy loads in the analyses. The amount of energy consumption per m² will be analyzed for hotel buildings which will be held in different scenarios. In addition, results of analyses will be evaluated in a comparative table based on differences in the basis of two energy analysis programs.
Key Words: Building energy performance, Heating-cooling loads, Hotel buildings, BEP-TR, Energy analyses.
Energy saving, effective and efficient use of energy have become more substantial with developing alternative energy sources because of the depletion of fossil fuel energy resources and environmental pollution issues. Thus, environmentally conscious design of building has gained importance and effective use of energy has been widespread by regulations. In this study, energy performance of bedroom areas of the hotels in three different climatic regions of Turkey are analyzed and evaluated. The study shows that form, orientation and zoning of the buildings are the most significant parameters affect the calculation of heating and cooling loads depending on climate zones. Energy calculations of the circular and square-shaped hotel plan types that their dimensions of the heated and cooled areas are in the closest the each other were compared.
This study includes to analyse of the heating-cooling loads of the hotel bedroom floors in terms of form and zone differences and uses the detailed dynamics calculation methodology. Quantities of heating-cooling loads according to the form and zone differences are assessed by indicating the results in graphics.
Key words: Building form (1), zoning (2), building energy performance (3), heating-cooling loads (4), energy calculation (5),
Çalışmada farklı iklim bölgelerinde yer alan farklı plan biçimlenişlerine sahip otel yapılarının, ısıtma ve soğutma enerjisi yükleri incelenmektedir. Örnekleme açısından fonksiyon olarak seçilen otel yapılarının, yapı biçimi, hesap yapılan zon sayısı ve simülasyon programı farkına bağlı olarak ısıtma ve soğutma yükleri hesabı, analizlerin çıkış noktasını oluşturmaktadır. Analizlerde enerji yüklerini hesaplamada, yarı dinamik saatlik hesap yapan ulusal hesap modeli BEP-TR ve EnergyPlus dinamik simülasyon motorunu kullanan bir program kullanılmaktadır. Otel yapılarının farklı iklim bölgelerindeki farklı senaryolar için yapılacak olan enerji performansı hesaplamasında, yıllık m² başına düşen enerji tüketim miktarları analiz edilecektir. Ayrıca, iki enerji analiz programının temellerindeki farklılığa dayanan analiz sonuçları, karşılaştırmalı tablolarla değerlendirilecektir.
Anahtar Kelimeler: Bina enerji performansı, Isıtma-soğutma yükü, Otel yapıları, BEP-TR, Enerji analizi.
ABSTRACT
In this study, heating and cooling loads of hotel buildings that have different plan types are examined in different climatic regions. Heating and cooling load calculations depending on the building plan types and forms of hotels constitute the starting point of analyses. Building Energy Calculation Methodology (BEP-TR) - a semi-dynamic national calculation model- and a software that have EnergyPlus dynamic simulation method are used to calculate the energy loads in the analyses. The amount of energy consumption per m² will be analyzed for hotel buildings which will be held in different scenarios. In addition, results of analyses will be evaluated in a comparative table based on differences in the basis of two energy analysis programs.
Key Words: Building energy performance, Heating-cooling loads, Hotel buildings, BEP-TR, Energy analyses.
Energy saving, effective and efficient use of energy have become more substantial with developing alternative energy sources because of the depletion of fossil fuel energy resources and environmental pollution issues. Thus, environmentally conscious design of building has gained importance and effective use of energy has been widespread by regulations. In this study, energy performance of bedroom areas of the hotels in three different climatic regions of Turkey are analyzed and evaluated. The study shows that form, orientation and zoning of the buildings are the most significant parameters affect the calculation of heating and cooling loads depending on climate zones. Energy calculations of the circular and square-shaped hotel plan types that their dimensions of the heated and cooled areas are in the closest the each other were compared.
This study includes to analyse of the heating-cooling loads of the hotel bedroom floors in terms of form and zone differences and uses the detailed dynamics calculation methodology. Quantities of heating-cooling loads according to the form and zone differences are assessed by indicating the results in graphics.
Key words: Building form (1), zoning (2), building energy performance (3), heating-cooling loads (4), energy calculation (5),