In this paper, we set out our arguments for a new approach to control electrical distribution networks making them more robust and flexible and giving them the ability to adapt themselves to the evolution of the way we consume and produce electricity. In the first part of the paper, the current state of the distribution network is presented as well as the motivations to move from classical control strategies to innovative ones. Then, the concept of Smart Grid and the associated challenges are presented. Finally, the Adaptive Multi-Agent System approach is exposed as well as the benefits it can have for the Smart Grid
Electricity plays an increasingly important role in our society. Indeed, we are moving toward the er...
Currently, the design and operation criteria for electrical distribution networks are fastly changin...
With the Kyoto and Paris climate agreements countries worldwide agreed to reduce their greenhouse ga...
International audienceIn this paper, we set out our arguments for a new approach to control electric...
Electricity networks are extensive and well established. They form a key part of the infrastructure ...
Electric power systems are experiencing relevant changes involving the growing penetration of distri...
The chapter introduces the general concept of Smart Grid with possible different implementations (e....
In our daily life, electricity becomes more and more important. Mainly for environmental concerns, g...
The expected growth in distributed generation will significantly affect the operation and control of...
This article reviews different kinds of models for the electric power grid that can be used to under...
Currently, the design and operation criteria for electrical distribution networks are fastly changin...
Integrating Dispersed Generation (DG) in the grid is the most important challenge of the near future...
In its more visionary acceptation, the smart grid is a model of energy management in which the users...
The shift towards an energy grid dominated by prosumers (consumers and producers of energy) will ine...
Our interconnected electric power system is presently facing many challenges that it was not origina...
Electricity plays an increasingly important role in our society. Indeed, we are moving toward the er...
Currently, the design and operation criteria for electrical distribution networks are fastly changin...
With the Kyoto and Paris climate agreements countries worldwide agreed to reduce their greenhouse ga...
International audienceIn this paper, we set out our arguments for a new approach to control electric...
Electricity networks are extensive and well established. They form a key part of the infrastructure ...
Electric power systems are experiencing relevant changes involving the growing penetration of distri...
The chapter introduces the general concept of Smart Grid with possible different implementations (e....
In our daily life, electricity becomes more and more important. Mainly for environmental concerns, g...
The expected growth in distributed generation will significantly affect the operation and control of...
This article reviews different kinds of models for the electric power grid that can be used to under...
Currently, the design and operation criteria for electrical distribution networks are fastly changin...
Integrating Dispersed Generation (DG) in the grid is the most important challenge of the near future...
In its more visionary acceptation, the smart grid is a model of energy management in which the users...
The shift towards an energy grid dominated by prosumers (consumers and producers of energy) will ine...
Our interconnected electric power system is presently facing many challenges that it was not origina...
Electricity plays an increasingly important role in our society. Indeed, we are moving toward the er...
Currently, the design and operation criteria for electrical distribution networks are fastly changin...
With the Kyoto and Paris climate agreements countries worldwide agreed to reduce their greenhouse ga...