A novel methodological framework for the optimisation of post-war social housing developments in the South-eastern Mediterranean climate: Policy design and life-cycle cost impact analysis of retrofitting strategies

Article


Ozarisoy, B. and Altan, H. 2021. A novel methodological framework for the optimisation of post-war social housing developments in the South-eastern Mediterranean climate: Policy design and life-cycle cost impact analysis of retrofitting strategies. Solar Energy. 225, pp. 517-560. https://doi.org/10.1016/j.solener.2021.07.008
AuthorsOzarisoy, B. and Altan, H.
Abstract

This study analyses the development of modular building design elements to improve the thermal performance of base case post-war social housing development estates in the southeastern Mediterranean climate, which is subtropical (Csa) and partly semi-arid (Bsh), before different retrofits are undertaken to optimise each building’s energy performance. This study’s objective is to develop evidence-based passive cooling retrofit design strategies to improve occupants’ thermal comfort and reduce the overheating risk. This empirical study employs the socio-technical systems approach to develop a bottom-up energy policy framework for the residential sector. Its mixed-methods design comprises a questionnaire survey, use of thermal imaging, environment monitoring and determining building optimisation. Furthermore, this study discusses the uncertain input parameters for the building energy simulations that quantitative modelling has adopted to calibrate dynamic thermal simulation findings in conjunction with occupants’ socio-demographic characteristics, occupancy patterns, household size and recorded environmental conditions. The results reveal that in the non-retrofitted building, cooling and heating comprised the greatest proportion (73%) of total energy consumption. Applications for six passive cooling design strategies were analysed, and after the life-cycle cost assessment of each was considered, off-site modular building applications were developed. After building optimisation, approximately 81% of savings related to cooling consumption were achieved, which suggests that design, ventilation and servicing strategies combined with passive shading systems can improve energy efficiency and indoor air quality of residential buildings, as recommended by the Energy Performance of Buildings Directives.

KeywordsBuilding energy simulation; Energy efficiency; Energy use; Life-cycle cost assessment; Overheating risk; Thermal Comfort
Journal Solar Energy
Journal citation225, pp. 517-560
ISSN0038-092X
Year2021
PublisherElsevier
Accepted author manuscript
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Supplemental file
License
File Access Level
Anyone
Supplemental file
License
File Access Level
Anyone
Supplemental file
License
File Access Level
Anyone
Digital Object Identifier (DOI)https://doi.org/10.1016/j.solener.2021.07.008
Publication dates
Online29 Jul 2021
Publication process dates
Accepted06 Jul 2021
Deposited08 Dec 2021
Copyright holder© 2021 Elsevier Ltd.
Additional information

This article is a research outcome of the PhD thesis entitled 'Assessing the Domestic Energy Use and Thermal Comfort of Occupants in a Post-war Social Housing Development Estate in Famagusta, Northern Cyprus

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