Lektor kepala9/14/2023 Procedia Environmental Sciences, 38, 554 – 561.ĭixit, Manish K., Fernández-Solís, Jose L., Lavy, Sarel., Culp, Charles H. (2017): Embodied Energy and Nearly Zero Energy Buildings: A Review in Residential Buildings. (2009): BIM for Sustainability Analyses, International Journal of Construction Education and Research 5(4):276-292.Ĭhastas, P., Theodosiou, T., Bikas, D., Kontoleon, K. (2018): Achievement 2018, Green Building Council Indonesia.Īzhar, Salman., Brown, Justin. (2010): UNEP 2010 Annual Report, United Nation Environment Programme. This paper aims to explain the use of embodied energy building calculation software that have been developed with the aim of providing an overview and supporting research development of embodied energy building in Indonesia.ĭewi Larasati, Institut Teknologi Bandung By using the right tools in the embodied energy calculation, the building planner can determine the right embodied energy value so that it can support the building energy mitigation. In fact, the calculation of embodied energy, especially on embodied energy material, is important in the design phase of the building because it can be used as the basis for various determinations of building energy values and carbon emissions generated by buildings due to construction activities. Studies on operational energy have been widely discussed, while studies on building embodied energy are still quite rare to be studied, especially in Indonesia. There are two types of building energy consumption, namely embodied energy and building operational energy. Calculation, embodied, energy, review, software Abstract
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