Analisis Energi Pada Berbagai Material Dinding (Bata, Batako Dan Bata Ringan)

Abstract

In building design, the selection of building materials is one aspect that needs to be considered. Building materials are components that require energy in the manufacturing process. In the process of building material production, the use of energy at each stage becomes one of the parameters of CO2 carbon emission levels. The higher the use of fossil energy, the higher the CO2 emissions and the risk of causing global warming. Bricks, concrete blocks, and lightweight bricks are the types of materials commonly used to make building walls. The selection of wall materials is still largely related to price or aesthetic considerations, but the assessment of the level of environmental friendliness is still lacking in attention. This study tries to analyse the life cycle of energy in wall materials (bricks, concrete blocks and lightweight bricks). From the research results obtained, concrete block is the lowest material in the use of production energy.

Pembekalan Keterampilan Pertukangan Pada Anak Panti Asuhan Hidayatullah Kota Palembang

“…Isi materi dimulai dengan definisi dinding, plester dan aci (Gambar 4). Dinding merupakan elemen bangunan yang embodied energi materialnya tinggi [11].…”

Software Application for Embodied Energy Building Calculation: A Review

“…In every life cycle, buildings always consume energy. According to the United Nations Environment Program (2010) in Pratiwi (2020), the construction sector consumes 40% of the total energy in the world. In addition, according to Huang, et al (2018), the construction sector in developing countries has the potential to cause approximately 60% of the total global CO2 emissions (direct and indirect carbon emission intensity) in the atmosphere.…”

“…Building energy consumption is classified into two categories: operational energy and embodied energy (Dixit, 2012). The former becomes the most widely discussed in many literatures and research, while the latter is rarely discussed (Pratiwi, 2020). Embodied energy, according to Treloar (1998), is all energy that is inherent or consumed in all stages of activities to support a process of making an object or product.…”