OPTIMASI FAÇADE KANTOR DINAS PENDIDIKAN PROVINSI DKI JAKARTA, JALAN GATOT SUBROTO KAVLING 40-41, JAKARTA DENGAN KONSEP BANGUNAN HIJAU

Mahyuddin, Erwin Reggynal and Rilatupa, James and Marpaung, Charles OP (2020) OPTIMASI FAÇADE KANTOR DINAS PENDIDIKAN PROVINSI DKI JAKARTA, JALAN GATOT SUBROTO KAVLING 40-41, JAKARTA DENGAN KONSEP BANGUNAN HIJAU. [Teaching Resource] (Unpublished)

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Abstract

The building facade is one of the essential element in an architectural design, especially in expressing the performance of the building and so as the image of the building. In technical, according to the SNI standard, it is physically stated as the external skin of the building and architecturally known as a building envelope with functions to provide building protection against an existing negative natural climate and weather conditions effect, and refer to a green building criteria. The amount of resulted thermal energy, can be measured identified by calculating the value of total thermal transfer within the building which is known as the building OTTV (Overall Thermal Transfer Value), it is practically acknowledged that getting the lowest OTTV achievement means that getting the highest energy efficiency achievement can be obtained in the building. Now and currently, the problems is many of existing buildings has not been already designed and built to implement and accommodate the minimum green building principles of OTTV 35 Watt/m2 standard as stated in SNI 03-6389-2011. This building facade optimization research is intended to obtain more technical that in an existing building as evaluated in DKI Jakarta Province Educational Service Office building in Jakarta, is one of the building that still has a possibilities for an architectural efficiency energy optimization effort through the optimizing a more sustainable building envelope and facade design to suitably accommodate minimum green building criteria and regulated in SNI 03-6389-2011 from moderate option 6-OTTV 24,10 Watt/m2 up to to option 12-OTTV 16,71 Watt/m2 and total facelift option 2-OTTV 26,23 Watt/m2 up to option 4-25,05 Watt/m2

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