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Shape of the "L," Houston: Bioclimatic Studio 2020

Created By:
  • Jiewei Li
  • Shiqi Liu
  • Zhan Shi
3D aerial view of the city with overlaying gradient for surface heat temperature.

The climate in Houston is hot and humid, both of which are adverse conditions for a data center. Meanwhile, the south wind prevails in Houston, providing the potential of using wind to cool down the servers. As the site is in central Houston, wind tunnels are generated in the high-density area. We design a system with large-scale wind catchers to channel the wind and help cool the equipment in the building. The windward façade is designed to keep air intake into the server rooms constantly. A liquid-desiccant system is embedded in the façade to absorb the moisture from the incoming air. The desiccant can be regenerated in a high-temperature chamber heated passively by solar radiation. PV panels are arranged according to the radiation intensity. The building also includes a rainwater collection and a greywater recycling system. Taking advantage of local climatic conditions, the project proposes a cooling solution for server and office spaces in hot humid climate.

Date Created: Spring 2020
Course: Bioclimatic Studio 2020
Instructor(s):

Dorit Aviv, Critic
Zherui Wang
Kit Elsworth

  • Wind CFD simulation showing wind speed at different floor heights in different seasons.
  • Plan and vertical plane view of city block showing south wind CFD simulation at different heights.
  • Images of air flow pattern study, using dry ice fog in the physical model.
  • 20 massing iterations based on site and climate analysis.
  • CFD wind analysis carried out at 6 levels for two massing iterations.
  • Daylighting analysis at different levels in the tower design.
  • Radiation Analysis on each façade of the tower design, along with 3D view.
  • View of Data Center through interior atrium.
  • Detailed section cut through façade to show cooling strategies.
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