Energy management is a major economic concern for industrials and microgrids in general. These actors have multiple choices to act on that. They can install local renewable energy sources, energy storage or they can act on their consumption to better match the production, that is Demand Response. Multiple methods have emerged to evaluated the interest of various configuration through simulation. These tools are mostly specific to a particular type of energy source and require knowledge in numerical computing. In this thesis, we defend a methodology for experts in the energy sector based around Digital Twin. We propose a Digital Twin to simulate the behavior of a microgrid, evaluate the impact of hardware or habits changes and to act on real...
Todays, industries are compelled to innovate and improve their sustainability under economic, politi...
With the transformation of the energy landscape due to the development of renewable energies, electr...
Due to increased energy costs and environmental concerns such as elevated carbon footprints, central...
Energy management is a major economic concern for industrials and microgrids in general. These actor...
La gestion de l’énergie représente un impact important sur l’économie des industriels et des microgr...
Climate change and the depletion of some natural resources are leading to changes in social expectat...
The twin concept is increasingly used for optimization tasks in the context of Industry 4.0 and digi...
A digital twin - a replica of energy devices - was established in the computing environment of MAT...
To face the increasing demand of electrical power in compliance with the liberalization of the elect...
To face the increasing demand of electrical power in compliance with the liberalization of the elect...
The presented research works aim to develop an energy management system for a cluster of distributed...
The context of this thesis is part of a microgrid modelling and simulation approach. Funded by the L...
Computing platforms increasingly grow in power and complexity.Numerous challenges remain to build ne...
This thesis concerns the energy management of electricity microgrids. The scientific contribution fo...
Todays, industries are compelled to innovate and improve their sustainability under economic, politi...
With the transformation of the energy landscape due to the development of renewable energies, electr...
Due to increased energy costs and environmental concerns such as elevated carbon footprints, central...
Energy management is a major economic concern for industrials and microgrids in general. These actor...
La gestion de l’énergie représente un impact important sur l’économie des industriels et des microgr...
Climate change and the depletion of some natural resources are leading to changes in social expectat...
The twin concept is increasingly used for optimization tasks in the context of Industry 4.0 and digi...
A digital twin - a replica of energy devices - was established in the computing environment of MAT...
To face the increasing demand of electrical power in compliance with the liberalization of the elect...
To face the increasing demand of electrical power in compliance with the liberalization of the elect...
The presented research works aim to develop an energy management system for a cluster of distributed...
The context of this thesis is part of a microgrid modelling and simulation approach. Funded by the L...
Computing platforms increasingly grow in power and complexity.Numerous challenges remain to build ne...
This thesis concerns the energy management of electricity microgrids. The scientific contribution fo...
Todays, industries are compelled to innovate and improve their sustainability under economic, politi...
With the transformation of the energy landscape due to the development of renewable energies, electr...
Due to increased energy costs and environmental concerns such as elevated carbon footprints, central...