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Singapore University of Technology and Design sustainability research.Key Features• Estimated energy savings: 10,806,790 kWh/yr; estimated watersavings: 65,500 m3/yr; ETTV: 29.47 W/m2.• Low urban heat island effect through generous landscaping and green roof.• Naturally ventilated outdoor study areas.• Ideal building orientation to lower solar heat gain.• Good thermal performance of building envelope.• Energy efficient air-conditioning design, system and controls.• Energy efficient zonal lighting design and systems.• Rainwater harvesting with automatic drip irrigation system andrain sensors.

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  • Singapore University of Technology and Design

  • SUTD MASTER PLAN

    Architects UNStudio DP Architects Pte Ltd

    Key Features Estimated energy savings: 10,806,790 kWh/yr; estimated watersavings: 65,500 m3/yr; ETTV: 29.47 W/m2. Low urban heat island effect through generous landscaping and green roof. Naturally ventilated outdoor study areas. Ideal building orientation to lower solar heat gain. Good thermal performance of building envelope. Energy efficient air-conditioning design, system and controls. Energy efficient zonal lighting design and systems. Rainwater harvesting with automatic drip irrigation system andrain sensors.

    Gross Floor Area (Phase 1) 106,000 m2 ( 1,140,974.5 sf )

  • SUTD MASTER PLAN

  • SUTD MASTER PLAN

  • SUTD MASTER PLAN

  • SUTD MASTER PLAN

    WIND

    HEAT

    RAIN

    OUTDOOR