Aseani, Wingky and Setyowati, Erni and Ratih Sari, Suzanna (2018) PENGARUH MATERIAL KACA SEBAGAI SELUBUNG BANGUNAN TERHADAP BESAR PERPINDAHAN PANAS PADA GEDUNG DIKLAT PMI PROVINSI JAWA TENGAH. Masters thesis, undip.

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Abstract

THE INFLUENCE OF GLASS MATERIAL AS BUILDING ENVELOPE TOWARDS THERMAL TRANSFER VALUE ON PMI DIKLAT BUILDING OF CENTRAL JAVA PROVINCE By : Wingky Aseani Abstract Buildings in the tropical area should be able to anticipate the tropical climate well. Buildings with active systems design need to be planned in such a way that energy use in the building becomes effective and efficient, Setyowati (2015). The envelope of the building became the front guard of radiation into the building. With the right building envelope design, the use of energy in the building can be optimally saved. Building envelope as a building element that enclosesit is a wall and translucent roof or non-translucent light where most thermal and light energy moves through the element. The results show that solar radiation contributes the largest amount of heat entering the building. The concept of OTTV calculates the heat transfer from outside into a building that is conduction through infinite walls of light, sun-glass radiation, and heat conduction on glass. Large solar radiation transmitted through the building envelope is influenced by the building facade, the ratio of the glass area and the overall wall of the wall (wall to wall ratio), and the type and thickness of glass used. If the OTTV value of a building is less than or equal to 35 W / m2, then the building is in compliance with the Energy Efficient Building Terms SNI 03-6389-2011. PMI Training Center Central Java Province as the object of study is a modern building dominated by glass material. The glass used is a hot-colored glass. The result of the OTTV calculation on the East wall of the Central Java Education Center was 33.140 W / m2, on the North Wall was 33.577 W / m2, on the West wall was 41.645 W / m2, at the South wall of 30.468 W / m2. From the OTTV calculation, total OTTV value is 35,5991 W / m2, so it is concluded that the building of PMI Training Center in Central Java Province does not meet the requirement of energy-saving building based on SNI 03-6389-2011. To achieve the ideal value of OTTV energy-saving buildings based on SNI 03-6389-2011 at PMI Training Center Central Java Province, it is necessary to reduce the use of glass to 5% of the wall area on the western wall. From the simulation result after repairing on West side wall, total OTTV value is 33,36 W/m2 in order that PMI Training Center of Central Java Province could fulfilled energy saving building requirement based on SNI 03-6389-2011. Key Word : Building Envelope, Glass, OTTV

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