ARCHITECTUREPORTFOLIO Architecture Graduate
YUDHISTIRAADAMNUGRAHA
Undergraduate Final Project
HIGH PERFORMANCE OFFICE TOWER AT SUMMARECON CENTRAL BUSINESS DISTRICT, BEKASI Multi-storey office building in the tropics climate generally consumes a lot of electricity for air conditioning and artificial lighting. The energy crisis and environmental destruction forced the designers / architects to apply various energy-saving design strategies such as active facade to to make building performance is to be better than just relying on a passive strategy. This design implementing active faรงade to respond the sun path using Rhinoceros and Revit for modeling, Graasshopper and Dynamo to parametric design, as well as the Ladybug for environmental analysis on this office building. There are two phases In the design process: passive design optimization and active design optimization to obtain an energy-efficient building performance. The general concept of this building is a high performance building and building as a city landmark. There are two stages of design method of this project, the first stage is the iconic design masses and solar radiation analysis and the second phase is the design of the facade through a computational design and building information modeling. The designing process eventually produced three types of facade: passive facade, active facade, and the tilt facade.
Jalan Bulevar Selatan, Kota Bekasi Jawa Barat
< Bird Eye View
< Facade Design
Mass Optimization Mass optimization of the building using solar radiation analysis with variety of parameters such as the proportion of the building and the effectiveness of space used. This parameter will generate building mass using Grasshopper and analized using Ladybug for Solar Radiation Analysis.
Pasive Strategies
Building Site
Mass Optimization in Response to Solar Radiation
Sun Path on Site
Access to and from the Highway
< Entrance
Facade Optimization Active strategies is building response to the environment. Different environment or even orientation will create different response. Indonesia is the one of the equator country so generaly it has two different response trought orientation. West-East and North-South orientation. NortEast facade will react to annual solar position because the orientation perpendicular with the equator. While for West-East facade will react to daily solar position becouse the orientation parallel with the equator. Active Strategies West-East Facade
Slanted Facade
West-East Facade
Active Facade
North-South Facade Avoid the heat of the sun
Active Strategies with Facade Optimization
Directing daylight into building
North-South Facade
Avoid the heat of the sun
North-South Facade
North-South Facade Panel
West-East Facade
< Building Crown
West-East Facade
West-East Facade Interior
North-South Facade
North-East Facade Interior
< Entrance
Floor Plan
Elevation
Section
YUDHISTIRAADAMNUGRAHA Architecture Graduate
Jl. Cisitu Lama 25A/160B, Bandung West Java, Indonesia 40135
N INDONESIA P +6285796559269 E y.adamnugraha@gmail.com