PROJECT 1A:
LOW ENERGY BUILDING ANALYSIS
Project Introduction
Students (group of 3) are to select a precedent study of Low Energy Building/Net Zero (Residential/Hospitality/Institution/Office/Commercial) of their choice from an existing building locally or internationally (approved by the Tutors)
Project Requirement
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Discuss the impact of the energy efficient strategies implemented to the built environment on the global scene and understand how these strategies affect the energy demands in the chosen building
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List the potential inventory of its energy efficient strategies on (Façade, Lighting System, HVAC System, Waste Management, Renewable Energy used, Waste Management) and choose ONE only for the development of the content
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​The inventory list can be described or illustrated with the combination of graphs, text, images, infographics, sketches etc.
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​Post Occupancy Evaluation (POE) feedback can be extracted to support the content.
Project Objectives & Outcomes
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To identify specific energy efficient strategies and its implementation
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To describe and understand the significance of energy demands and its impact in low energy buildings particularly
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Describe the impact of the built environment on the global scene and understand energy demands in buildings
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Identify the principles of energy efficient systems in architecture and building technology
Project Details
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Our group selected the Waterfront Innovation Centre in Toronto to study its advanced HVAC system, which includes underfloor air distribution, rooftop solar panels, a Somfy-powered shading system, the Enwave district energy system, and a green roof.
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These technologies work together to enhance energy efficiency, reduce the building's environmental impact, and support its sustainability goals.
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The integration of renewable energy, automated shading, and district heating/cooling demonstrates how modern HVAC systems contribute to creating sustainable, comfortable, and energy-efficient indoor environments.