雅加达绿色智慧校园设计的规划——以UNSADA经济学院大楼早期能源审计为例

E. Sadirsan, Tifa Asrianti, R. Ariati
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引用次数: 0

摘要

节能是可再生能源领域中很少被探索的领域之一,尽管印尼政府已经出台了一系列的法规和法律依据。达尔马佩尔萨达大学(UNSADA)和其他教育机构被列入应执行条例的机构。这项研究是在联合国裁军援助机构的一个教员大楼,经济学院进行的,考虑到该学院在联合国裁军援助机构拥有最多的学生。该研究旨在获得能源需求,计算节能机会,以及在UNSADA经济学院实施可再生能源的潜力。采用的方法是初步的能源审计和节能模拟,采用两种情况:(1)每天15小时不间断地使用能源(最接近联合国萨达发展机构经济学院的能源使用实际情况),(2)根据教室使用分配使用能源。研究发现,方案1下的能源需求为每月27,231千瓦时,方案2为每月6,530.83千瓦时。在方案2下,有可能节约76%的能源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Planning of Green & Smart Campus Design in Jakarta with Case Study of Early Energy Audit at UNSADA Faculty of Economics Building
Energy conservation is one of the renewable energy sources that is seldom explored although Government of Indonesia has issued a series of regulation and legal basis on the issue. Darma Persada University (UNSADA) and other education institutions are included in the institutions that should implement the regulations. The research was conducted in one of the faculty buildings in UNSADA, the Faculty of Economy with the consideration that the faculty had the largest number of students in UNSADA. The research was aimed to get the energy demand, to calculate the energy conservation opportunity, and the potential of renewable energy implementation on UNSADA’s Faculty of Economics. The methods being used were preliminary energy audit and simulation of energy conservation using two scenarios: (1) the usage of energy for 15 hours per day nonstop (most closely resembles the real condition of energy usage in UNSADA’s Faculty of Economics), and (2) the usage of energy based on classroom usage allocation. From the research found that the energy demand under scenario #1 is 27,231 kWh per month, and scenario #2 is 6,530.83 kWh per month. There is a potential of 76 per cent of energy conservation under scenario #2.
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