The Construction of a Zero Energy Building in Reunion Island: Presentations of a New Approach to the Design Studies
Franc ̧ois Garde, Alain Bastide, Dalila Bentaleb, Eric Ottenwelter
Abstract
Franc ̧ois Garde, Alain Bastide, Dalila Bentaleb, Eric Ottenwelter
Abstract
This paper presents a zero energy project -ie ZEN applied to a university building in Reunion Island. The construction work will begin in September 2006 and will last one year. The aim is to create a building which uses half the energy of a standard building. The methodology was conceived to meet requirements defined during the thermal design and building systems planning stage. Innovations relating to architectural design, building systems performance and numerical simulation are presented. Solar panels integrated into the roofing provide sufficient electrical energy for the building to produce more energy than it uses.
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This paper presents a zero energy project -ie ZEN applied to a university building in Reunion Island. The construction work will begin in September 2006 and will last one year. The aim is to create a building which uses half the energy of a standard building. The methodology was conceived to meet requirements defined during the thermal design and building systems planning stage. Innovations relating to architectural design, building systems performance and numerical simulation are presented. Solar panels integrated into the roofing provide sufficient electrical energy for the building to produce more energy than it uses.
Key concepts: Zero-energy building, Architectural engineering, Building science, Work (physics), Building design, Building management system, Energy (signal processing), Solar energy