International audienceOne way to predict the behavior of a building is to use an inverse model, identified from energy data measured on site. The inverse models are adaptive, faster to execute and easier to configure than detailed building models. The objective of this study is to select an inverse model suitable to implement heating load shedding. A linear "black box" model (state space model) is compared to a simplified “grey box” physical model. The results show that the selected “grey box” model has the same performance as a black box model for heating load prediction, and is more accurate for predicting indoor temperature and to represent load shedding strategies. Moreover, unlike the "black box", it allows to set up scenarios imposing...
In numerical thermal simulation, the inverse problem consists in finding one or more parameters of t...
Being highly insulated, low energy buildings are very sensitive to variable solar and internal gains...
International audienceIn France, 40 % of buildings are heated with electrical devices causing high p...
International audienceOne way to predict the behavior of a building is to use an inverse model, iden...
To reach the objectives of reducing the energy consumption and increasing the flexibility of buildin...
Pour atteindre les objectifs de réduction de consommation et augmenter la flexibilité de la demande ...
Districts are now a privileged scale for local authorities in their energy transition policy. This t...
Co-encadrement de la thèse : Laurent PralyIn a context of permanent concern of energy saving, the im...
Cette thèse se propose d’évaluer les produits d’effacement réalisés sur un ensemble de consommateurs...
International audienceBuilding energy models at city scale aim to evaluate energy management strateg...
International audienceMany approaches exist to estimate heating and cooling energy demand of buildin...
This paper presents a systematic method to select an inverse blackbox model that can characterize th...
A new method for predicting and evaluating the energy performance of large commercial and institutio...
Les modèles énergétiques des bâtiments à l’échelle du quartier sont généralement simplifiés pour fai...
The growing heat pump market contributes to the increase in temperature sensitivity of electricity d...
In numerical thermal simulation, the inverse problem consists in finding one or more parameters of t...
Being highly insulated, low energy buildings are very sensitive to variable solar and internal gains...
International audienceIn France, 40 % of buildings are heated with electrical devices causing high p...
International audienceOne way to predict the behavior of a building is to use an inverse model, iden...
To reach the objectives of reducing the energy consumption and increasing the flexibility of buildin...
Pour atteindre les objectifs de réduction de consommation et augmenter la flexibilité de la demande ...
Districts are now a privileged scale for local authorities in their energy transition policy. This t...
Co-encadrement de la thèse : Laurent PralyIn a context of permanent concern of energy saving, the im...
Cette thèse se propose d’évaluer les produits d’effacement réalisés sur un ensemble de consommateurs...
International audienceBuilding energy models at city scale aim to evaluate energy management strateg...
International audienceMany approaches exist to estimate heating and cooling energy demand of buildin...
This paper presents a systematic method to select an inverse blackbox model that can characterize th...
A new method for predicting and evaluating the energy performance of large commercial and institutio...
Les modèles énergétiques des bâtiments à l’échelle du quartier sont généralement simplifiés pour fai...
The growing heat pump market contributes to the increase in temperature sensitivity of electricity d...
In numerical thermal simulation, the inverse problem consists in finding one or more parameters of t...
Being highly insulated, low energy buildings are very sensitive to variable solar and internal gains...
International audienceIn France, 40 % of buildings are heated with electrical devices causing high p...