The window as the opening of natural lighting is more critical to conserve building energy, but if the size opening is too broad will increase the solar heat into the room. Over of heat, will also cause discomfort in the place because the value of OTTV (overall thermal transfer value) will also increase. The purpose of this study is to identify components, calculate the OTTV value and the analysis of shadow of the sun into the room. In the meeting room of the UPGRIS post-graduate building, there is too many windows that make the room glare and hot. It is felt to affect inefficient artificial energy (Air Conditioning). The method used is a type of quantitative research with an experimental approach. The results of the OTTV study in this room...
Effective shading devices reduce the cooling load of the building hence conserving energy, a buildin...
This study presents the Overall Thermal Transfer Value (OTTV) and the energy consumption of room air...
Research problem is the effects of the configuration of WWR, SHGC, and orientation of the building t...
This paper aims to investigate the effect of window openings on the daylight and solar radiation pen...
The sun transfers heat energy to the earth with radiation mode. To reach the air temperature with th...
So much energy is used in high rise buildings to fulfill the basic needs of users such as lighting a...
The U building is the college building for the Department of Refrigeration and Air Conditioning, Ban...
Indonesian National Standardization Committee (SNI) has decided maximum OTTV values that allowed for...
One of the passive design strategies that effectively reduce the heat load on the building envelope,...
Energy crisis and global warming need effective programs in energy conservation. A simple and practi...
This study developed minimum requirements for energy-efficient material of campus building in Yogyak...
Central building Universitas Gadjah Mada (UGM) is one of the heritage buildings in the Special Regio...
Solar radiation on building envelope is the main reason for heat gain and thermal discomfort. In the...
In certain decade, the shape of the building envelope looks similar to one another, in this case bui...
Daylighting using skylight has been shown to have a high potential in reducing electrical lighting e...
Effective shading devices reduce the cooling load of the building hence conserving energy, a buildin...
This study presents the Overall Thermal Transfer Value (OTTV) and the energy consumption of room air...
Research problem is the effects of the configuration of WWR, SHGC, and orientation of the building t...
This paper aims to investigate the effect of window openings on the daylight and solar radiation pen...
The sun transfers heat energy to the earth with radiation mode. To reach the air temperature with th...
So much energy is used in high rise buildings to fulfill the basic needs of users such as lighting a...
The U building is the college building for the Department of Refrigeration and Air Conditioning, Ban...
Indonesian National Standardization Committee (SNI) has decided maximum OTTV values that allowed for...
One of the passive design strategies that effectively reduce the heat load on the building envelope,...
Energy crisis and global warming need effective programs in energy conservation. A simple and practi...
This study developed minimum requirements for energy-efficient material of campus building in Yogyak...
Central building Universitas Gadjah Mada (UGM) is one of the heritage buildings in the Special Regio...
Solar radiation on building envelope is the main reason for heat gain and thermal discomfort. In the...
In certain decade, the shape of the building envelope looks similar to one another, in this case bui...
Daylighting using skylight has been shown to have a high potential in reducing electrical lighting e...
Effective shading devices reduce the cooling load of the building hence conserving energy, a buildin...
This study presents the Overall Thermal Transfer Value (OTTV) and the energy consumption of room air...
Research problem is the effects of the configuration of WWR, SHGC, and orientation of the building t...