ENVIRONMENT PERFORMANCE SIMULATION

ANGIE WANG 尘野 HUMAN - NATURE - MACHINES · INTERACTION 人自然机器 · 交互

ENVIRONMENT PERFORMANCE SIMULATION
PERFORMANCE SIMULATION + DATA VISUALIZATION + SUSTAINABLE DESIGN
40°26'39.2"N 79°57'45.5"W

This comprehensive study synergizes climate analysis with sustainable architecture, focusing on Dallas, Texas. By examining weather data and solar radiation through advanced software tools, we gain actionable insights into location-specific climate factors like temperature, humidity, and wind patterns. These analyses inform the design of a small office building optimized for energy efficiency and daylight comfort. Iterative design options are explored to enhance the Environmental Use Intensity (EUI) and create an optimally sustainable workplace environment.

Data Visualization, Sustainable Design, Climate + Building Performance Simulation, Environmental Studies

The three reports bridges the gap between climate science and sustainable architecture. The initial segments meticulously analyze Dallas's climate patterns, utilizing epw files and advanced visualization tools such as LadyBug and Climate Studio in Grasshopper. By dissecting various climate data layers, including dry-bulb temperature, relative humidity, and wind speeds, we construct a detailed climate profile of the city. This data not only underpins the understanding of the regional climate but also serves as the foundation for the consequent architectural endeavor.

REPORT_01_Climate Analysis + Data Visualization

Building on this climatological bedrock, a small office building that embodies the principles of sustainability was designed and put into simulation. The project goes beyond conventional design by conducting a robust form, site, and orientation analysis. The alignment with prevailing winds and solar trajectories ensures that the structure is in harmony with its environment. Three distinct design iterations are proposed, scrutinized, and compared to distill the most energy-efficient and comfortable office space possible.

REPORT_02_Daylight studies - Visible Radiation

The iterative process is pivotal, leading to refinements in the Rhino-modeled office design that bolster daylighting performance. The approach is holistic, examining the solar radiation on various facades to inform structural adjustments that yield an optimal balance of light. The aim is to minimize energy consumption while maximizing occupant comfort, achieving an architectural design that is as responsive to its inhabitants as it is to the environment. The result is a model for sustainable office design that leverages climate analysis for ecological harmony and human comfort.