In order to reduce the energy consumption and to increase the use of renewable energy, the optimal design of future buildings (smart-buildings) appears as an important factor.This thesis aims to develop models, innovative methods aiding decision-making during the design of buildings. Our approach of design is a global and simultaneous optimization of envelope, energy systems and their management strategies from the sketch phase, which takes into account multi-criterions of costs (investment et exploitation) and comforts (thermal, visual, aeraulic). The multi-objective optimization problem is so a strong coupling problem of large scale with a lot of variables and constraints, which leads to difficulties to solve.After the tests, an optimizat...
The conception of net zero energy buildings (NZEB) has been introduced to limit energy consumption, ...
The building field is responsible of about 40% of global energy consumption and a third of world gre...
The comprehensive optimization of building energy design is fundamental to promote sustainability bu...
In order to reduce the energy consumption and to increase the use of renewable energy, the optimal d...
The building is becoming increasingly a complex system where energy flows must be managed according ...
International audienceDesigning plus energy buildings, at lower environmental impact and lower cost,...
The building industry is considered the first energy consuming sector in the world. In Morocco, face...
The planned generalisation of Plus Energy Buildings constitutes an important topic for sustainable d...
Existing building stock accounts for a significant share of energy consumption in developed countrie...
Le bâtiment devient de plus en plus un système complexe où les flux énergétiques doivent être gérés ...
La généralisation planifiée du Bâtiment à Énergie POSitive est un enjeu important de développement d...
Both aspirations of users and improvements in the thermal regulation require that the comfort and th...
Our days, the energy and environmental challenges facing humanity are accentuated by global populati...
The conception of net zero energy buildings (NZEB) has been introduced to limit energy consumption, ...
The building field is responsible of about 40% of global energy consumption and a third of world gre...
The comprehensive optimization of building energy design is fundamental to promote sustainability bu...
In order to reduce the energy consumption and to increase the use of renewable energy, the optimal d...
The building is becoming increasingly a complex system where energy flows must be managed according ...
International audienceDesigning plus energy buildings, at lower environmental impact and lower cost,...
The building industry is considered the first energy consuming sector in the world. In Morocco, face...
The planned generalisation of Plus Energy Buildings constitutes an important topic for sustainable d...
Existing building stock accounts for a significant share of energy consumption in developed countrie...
Le bâtiment devient de plus en plus un système complexe où les flux énergétiques doivent être gérés ...
La généralisation planifiée du Bâtiment à Énergie POSitive est un enjeu important de développement d...
Both aspirations of users and improvements in the thermal regulation require that the comfort and th...
Our days, the energy and environmental challenges facing humanity are accentuated by global populati...
The conception of net zero energy buildings (NZEB) has been introduced to limit energy consumption, ...
The building field is responsible of about 40% of global energy consumption and a third of world gre...
The comprehensive optimization of building energy design is fundamental to promote sustainability bu...