ANALISA KONSERVASI ENERGI SELUBUNG BANGUNAN BERDASARKAN SNI 03-6389-2011. STUDI KASUS: GEDUNG P1 DAN P2 UNIVERSITAS KRISTEN PETRA SURABAYA

Ricky Gendo
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引用次数: 7

Abstract

Nowadays, people talk a lot about energy crisis problem. In fact, demand for energy grows every year while this growing demand is not matched by the growth of the energy source. As the impact, future generation will possibly face energy crisis. In Indonesia, the effort to conserve energy still has not been considered by many parties. Just in these recent years, Greenship certification which is awarded by GBCI (Green Building Council Indonesia) to certified green buildings in Indonesia, started to be recognized by project stakeholders and moreover in short time, Greenship will be one of requierements for applying building permit (IMB) in Surabaya. OTTV (Overall Thermal Transfer Value) calculation is one of criteria in Greenship assessment, where heat transfer through the whole building envelope is minimized to reduce building cooling load. The maximum value of OTTV is 35 W/m2 based on SNI 03-6389-2011. This research is conducted to study whether the OTTV of P1 and P2 of Petra Christian University Surabaya building has met this standard or not. If not, OTTV will be minimized by considering the facade material selection.
分析基于SNI 03-6389-2011的外壳能量保护。案例研究:P1建筑和P2基督教大学佩特拉泗水
如今,人们谈论了很多关于能源危机的问题。事实上,对能源的需求每年都在增长,而这种增长的需求与能源的增长不相匹配。受此影响,未来一代可能会面临能源危机。在印度尼西亚,节约能源的努力仍未得到许多方面的考虑。就在最近几年,由GBCI(印度尼西亚绿色建筑委员会)颁发给印度尼西亚绿色建筑认证的Greenship认证开始被项目利益相关者认可,并且在短时间内,Greenship将成为泗水申请建筑许可证(IMB)的要求之一。总热传递值(OTTV)计算是绿色建筑评估的标准之一,通过整个建筑围护结构的热量传递最小化,以减少建筑的冷负荷。基于SNI 03-6389-2011的OTTV最大值为35 W/m2。本研究的目的是研究泗水彼得拉基督教大学大楼P1和P2的OTTV是否达到了这个标准。如果没有,通过考虑立面材料的选择,将otv降至最低。
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