Abstract
Global warming issues influence the temperature of the earth surface. It is an impact on energy consumption, especially in buildings. Utilization of daylight is one of the factors that need to be considered, in order to minimize energy consumption as a source of artificial lighting. This study analyzed the distribution of light on the Menara Phinisi building of Makassar State University. Quantitative research method that is to describe the data of simulation in Autodesk Ecotect program. The research objective was to determine the effect of the building facade model on the value of illumination inside the building. Results of the study concluded that the decrease percentage of the distribution of light on the building facade using and not using the facade is 3,16% or 236 lux. Distribution of light in horizontal and diagonal facade models differ in the amount of 2,5%. Design analysis of the building serves as a guide for analyzing the influence of the building facade model so that it can create energy efficient buildings.
Highlights
LITERATUR STUDYThe architectural energy-saving concept is optimizing the lighting system taking into account the integration between daylight and artificial
Menara Phinisi of Makassar State University is a building for Academic Services Center (GPPA) in the form of podium consisting of three floors and part of the head in the form of a menara consisting of 12 floors which is a metaphor of the boat phinisi screen
Autodesk Ecotect Analysis calculated results showed the level of lluminance in the Menara Phinisi Building of Makassar State University
Summary
LITERATUR STUDYThe architectural energy-saving concept is optimizing the lighting system taking into account the integration between daylight (sun) and artificial (lamp). The use of energy as a source of illumination will be reduced when daylight is used optimally by considering the negative effects such as glare, brightness and thermal. The style of building facade beautify the shape of the building, but it is necessary to analyze how the percentage decrease in the level of light that can be penetrated into the building so that the use of energy as a source of artificial lighting can be minimized. It needs a study of daylight in the Menara Phinisi of Makassar State University
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