Confort et énergie de l'habitat
Goals
While Housing represents nearly 40% of total energy consumption in France and contributes 25% to greenhouse gas emissions, controlling the energy performance of buildings is becoming a major issue in building a future. sustainable. This course proposes to provide tools for designing a high-performance envelope and for producing energy for a more frugal habitat, but also tools for diagnosing the existing one.
Programme
- 2020 Environmental standard (RE2020) and labels
- Home comfort
- Frugal solutions for building energy production
- Photovoltaics for buildings
Sustainable development
Sustainable Development Goals
DD&RS level 3
The activity focuses on environmentally sustainable development and social responsibility.
Programme elements related to sustainable development goals
The challenge is to create buildings that are self-sufficient in energy and, if possible, renewable, so as to maintain the comfort of the Habitat, both in winter and, sometimes more crucially, in summer. Tools and solutions for assessing the suitability of a solution for home comfort are discussed here.
Assessment method
Final mark = 50 % Knowledge + 50 % Know-how Knowledge = 100 % final exam + 0 % continuous assessment Know-how = 0 % final exam + 100 % continuous assessment
The final exam is a closed-book examination.
Bibliography
- Malek Jedidi, Omrane Benjeddou, La thermique du bâtiment : du confort thermique au choix des équipements de chauffage et de climatisation, Paris : Dunod, 2016
- Brigitte Vu, Le guide de l'habitat passif, Paris : Eyrolles, 2008
- Thierry Gallauziaux, David Fedullo, Produire son eau chaude et son électricité solaires, Paris : Eyrolles, 2012
Code
Responsibles
- Eric VINCENS