The increasing requirements on energy efficiency of buildings, the evolution of the energy market, the technical developments and the characteristics of the heating systems made of MPC the best candidate for thermal control of intermittently occupied buildings. This thesis presents a methodology based on distributed model predictive control, aiming a compromise between optimality, on the one hand, and simplicity and flexibility of the implementation of the proposed solution, on the other hand. The development of the approach is gradually. The mono-zone case is initially considered, then the basic ideas of the solution are extended to the multi-zone and / or multi-source case, including the thermal coupling between adjacent zones. Firstly we...
AbstractThe aim of the paper is to present a demand-side management approach that uses a distributed...
International audienceThis paper presents a distributed Model Predictive Control framework based on ...
To facilitate the energy transition towards the reduction of fossil fuels consumption, CO2 emissions...
Les exigences croissantes sur l'efficacité énergétique des bâtiments, l'évolution du {marché} énergé...
Special Issue on Hierarchical and Distributed Model Predictive ControlInternational audienceThis pap...
International audienceOptimizing the operation of heating systems in buildings has become of high in...
Currently, energy management strategies for buildings are mostly based on a concatenationof logical ...
6 pages - WOS - ISBN: 978-1-4244-7746-3International audienceThis paper presents a distributed model...
ISBN: 978-1-4244-7427-1 - WOSInternational audienceThis paper presents a predictive control structur...
WOSThis paper presents a predictive control structure for thermal regulation in buildings. The propo...
Buildings represent more than 40 % of world-wide energy consumption. Even if several control strateg...
Model Predictive Control (MPC) based approaches have recently seen a significant increase in applica...
This thesis proposes methods and solutions to improve the choice and the optimal use of renewable en...
À l’heure actuelle, les stratégies de gestion de l’énergie pour les bâtiments sontprincipalement bas...
AbstractThe aim of the paper is to present a demand-side management approach that uses a distributed...
International audienceThis paper presents a distributed Model Predictive Control framework based on ...
To facilitate the energy transition towards the reduction of fossil fuels consumption, CO2 emissions...
Les exigences croissantes sur l'efficacité énergétique des bâtiments, l'évolution du {marché} énergé...
Special Issue on Hierarchical and Distributed Model Predictive ControlInternational audienceThis pap...
International audienceOptimizing the operation of heating systems in buildings has become of high in...
Currently, energy management strategies for buildings are mostly based on a concatenationof logical ...
6 pages - WOS - ISBN: 978-1-4244-7746-3International audienceThis paper presents a distributed model...
ISBN: 978-1-4244-7427-1 - WOSInternational audienceThis paper presents a predictive control structur...
WOSThis paper presents a predictive control structure for thermal regulation in buildings. The propo...
Buildings represent more than 40 % of world-wide energy consumption. Even if several control strateg...
Model Predictive Control (MPC) based approaches have recently seen a significant increase in applica...
This thesis proposes methods and solutions to improve the choice and the optimal use of renewable en...
À l’heure actuelle, les stratégies de gestion de l’énergie pour les bâtiments sontprincipalement bas...
AbstractThe aim of the paper is to present a demand-side management approach that uses a distributed...
International audienceThis paper presents a distributed Model Predictive Control framework based on ...
To facilitate the energy transition towards the reduction of fossil fuels consumption, CO2 emissions...