It also showed that the utilization of renewable energies for power generation would increase significantly, especially after 2025, but still cannot fully replace the dominance of fossil fuel sources. But the energy sector might become a sector experiencing higher GDP under the mitigation action (3.5% compared to BAU level by 2030). If we look at the sectoral GDP, the agriculture sector is projected to experiencing the most significant shock by the emission mitigation policies (− 13.4% compared to BAU level by 2030). The simulation result showed that the implementation of comprehensive mitigation technology would cause a GDP loss of around 1.7% by 2030 compared to the BAU level. This study is trying to examine the potential impact of the emission mitigation policies on the Indonesian economy by utilizing a dynamic computable general equilibrium (CGE). While the national economics itself is still growing and advancing, the mitigation policies are expected to slow down the economy at some level. Setiawan, R.Under the Nationally Determined Commitment (NDC), Indonesia voluntarily reduces GHG emission by 29% compared to the BAU level in 2030. (2003), Kajian dan Pemetaan Aplikasi Teknologi Pada Industri Konstruksi di Indonesia (Bangunan Bertingkat Tinggi), Institut Teknologi Bandung Majalah Konstruksi (2004-2010), Penggunaan Beton dan Baja Pada Beberapa Proyek Bangunan Tingkat Tinggi di Indonesia (2008), Construction Supply Chain Economics, Taylor & Francis Group, UK Kementerian Perindustrian (2010), Nilai Impor Baja Indonesia Tahun 2005-2010, London, K.
Gunung Steel Group (2011), Profil dan Kapasitas Produksi, Indonesian Iron and Steel Industry Association (2009), Kapasitas Produksi Baja ( 2011), Kajian Ekonomis Baja Tulangan Beton, Puslitbang BSN Keywords : estimation, consumption, steel, high rise buildingīadan Pusat Statistik (2010), Pertumbuhan Ekonomi Indonesia Tahun 2001-2010, Data Consult (2008), Profil Industri Baja di Indonesia, Dulbert, B., Wahyudi, D. Needs of most of the applications contained in the beams and foundation, where the high rise building project has most of the tonnage and value are always increase every year. Value of steel material consumption has increased every year for the national construction value, which might be caused by an increase in the quantity of material consumption due to the increasing number of buildings is done and increase the unit price of steel. Steel consumption values for each of the building is determined by the function of building, the location of the building and the building construction. Needs to know the steel consumption is accomplished by conducting research on the historical data in the construction sector.įrom the analysis of data from different sources in the construction of high rise buildings obtained ratio of the average value of consumption of steel to concrete consumption value is a percentage value 2.07 with steel to the value of the project is 25.92%.
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Innovation made by the suppliers of the steel as a construction material providers strongly influenced by the trend types and profiles are widely used in certain constructions. Increased use of steel as the primary material forming structural components made of steel industry including steel supplier undertakes research to improve steel quality, both in terms of structural directly to construction, as well as to the needs of the market in general. One of the main material component used in the Indonesian construction industry is steel.Įxcess properties owned by the steel is ductile, which has a higher elasticity than the main material that is widely used in Indonesia, such as concrete.