Budiyanto, Hery, Setiawan, M. Ikhsan, Winansih, Erna, Setiawan, Aries Boedi and Suntoro, Herry (2018) Air Inflated Stage Roof With Independent Energy For SMEs Exhibition. In: 3rd International Conference of Graduate School on Sustainability (ICGSS) 2018, 22-23 Januari 2018, Universitas Merdeka Malang.

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Abstract

Applied Research with objects of the SME Exhibition Stage in the form of portable stag buildings with inflatable structure roofs using PVC Tarpaulin fabric material. These faciliti can be built, dismantled and moved to other locations easily, safely, quickly and lightly wi independent energy sources (photovoltaic solar energy systems). The research objective is develop stage facilities as a means of exhibiting SME products that fulfill aesthetic aspect strength, speed, effectiveness, comfort and energy saving so as to encourage the developmen of creative economy SMEs. The research method used the Experimental Method and Actio Research, beginning with the development of design, manufacture and testing of portab stage models with pneumatic air inflated stage roofs of Independent Energy, including: ( speed test of the manufacture, transport, assembly, installation, dismantling of pneumatic a inflated structures and solar energy modules, (2) strength testing of Air Inflated materials ( thermal comfort tests under the roof of the stage of Air Inflated pneumatic structures, ( testing the effectiveness of using photovoltaic solar energy to drive inflatable stage ro blowers. The tests were carried out at the University of Merdeka Malang Lab and Field Tes in Malang City and Regency, proved to provide reliable and satisfying results, including: speed of installation and demolition installations (23 minutes portable stage, 6 minut inflatable roof, solar panel installation 15 minutes) , b) the required air pressure is only 0.7 p to set up an inflatable roof, c) the tensile strength of PVC tarpaulin material reaches 312 kg cm2, d) 4 solar panels each with a capacity of 100 wp with energy storage in the form of a 10 AH battery 12 V and 1000 W converter in bright conditions produce a minimum of 11.6 Am 18.8 V can provide energy needs to drive inflatable stage roof blowers and portable soun systems, and f) comfort under the inflatable roof maximum temperature of 350C. The portab stage and the practical and fast-build inflatable stage roof are expected to become a prototyp of stage facilities for SME Exhibition on a national scale.

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