Audit Energi dan Rekomendasi Penghematan Energi Listrik di Gedung Rumah Sakit

Prodi, Sistem Kelistrikan, Politeknik Jurusan Teknik Elektro, Negeri Malang, M. Fahmi, Ahmad Hermawan, F. Kurniawan, Kumala Mahda, Habsari
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Abstract

The actions for electricity consumption more efficiently is reducing the amount of electricity consumption of renewable and non renewable energy for human living sustainability or we can called energy conservation. Energy audit purposed to the energy utilization evaluation progress, is still infrequently applied in Indonesia, especially in huge building. The analyzing result of A building in the Dr. Radjiman Wediodiningrat Asylum, the first value audit of Energy Use Intensity (EUI) is 21,944 kwh/m2/year it was include the criteria of efficient. This EUI value is below EUI research that was issued by ASEAN-USAID in 1992 and the EUI value average of hospital in Korea, while detailed audit obtained energy value of EUI is 23,213 kWh/m2/year is included to the criteria of efficient. The THDi value in electricity system is IR= 33,2%, IS=24,48%, IT= 34,85% and IN=122,96%, the THDi value is not complied with IEEE 519-2014 permission which is the value is ISC/IL> 1000 has restraint value by 20%. Whereas the THDv value in electricity system is VR-S= 2,04%, VS-T= 2,11%, VT-R= 1,97%, VR-N= 3,83%, VS-N= 3,69%, VT-N= 3,73% and VL-L= 2,04% and VL-N= 3,75%, the value of THDv is complied the permissiod by IEEE 519-2014 with Voltage system of identification by 0,4 kV, therefore the limit value of THDV which permitted is 8%.
能源审计和医院大楼节能建议
更有效的用电行动是减少可再生能源和不可再生能源的电量消耗,以实现人类生活的可持续性,或者我们可以称之为节能。能源审计的目的是评价能源利用的进展,在印度尼西亚仍然很少应用,特别是在大型建筑中。Radjiman Dr. Wediodiningrat收容所A栋建筑的分析结果,能源使用强度(EUI)的第一次价值审计为21,944千瓦时/平方米/年,其中包括效率标准。该EUI值低于1992年东盟-美国国际开发署发布的EUI研究和韩国医院的EUI值平均值,而详细审计获得的EUI能量值为23,213 kWh/m2/年,被纳入高效标准。电力系统的THDi值为IR= 33.2%, is = 24.48%, IT= 34.85%, in =122,96%, THDi值不符合IEEE 519-2014许可,即值为ISC/IL> 1000有20%的约束值。而电力系统的THDv值为VR-S= 2.04%, VS-T= 2.11%, VT-R= 1.97%, VR-N= 3.83%, VS-N= 3.69%, VT-N= 3.73%, VL-L= 2.04%, VL-N= 3.75%,其THDv值符合IEEE 519-2014对0.4 kV电压识别系统的允许,故其允许的THDv限值为8%。
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