Journal
ARCHITECTURAL SCIENCE REVIEW
Volume 65, Issue 1, Pages 42-56Publisher
TAYLOR & FRANCIS LTD
DOI: 10.1080/00038628.2021.1911783
Keywords
Zero energy building; embodied energy; thermal performance; building regulations; building design; optimization design; Australia
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This study examines the importance of embodied energy in Australian residential buildings and recommends establishing minimum requirements for embodied performance.
Over the last decades, Australia has taken several measures to tackle the increasing trend of energy use in residential buildings. Recently, the Trajectory for Low Energy Buildings has been endorsed aiming to reduce energy usage in residential buildings. However, the primary focus of this trajectory is on decreasing operational energy without considering the embodied energy of the building and systems. This paper aims to address one primary question; 'can the continued exclusion of embodied energy from the energy efficiency regulations effectively lead to reducing energy consumption in Australian residential buildings?'. The findings indicate that embodied energy becomes a dominating factor as buildings' thermal performances increase according to the Australian energy efficiency regulations. In transitioning from a standard 6.0-star building to a highly energy-efficient 8.7-star building, the proportion of embodied energy significantly increases from 20-40% to 50-75%. This study recommends establishing minimum mandatory requirements for buildings' embodied performance.
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