Short paperInternational audienceSimulation-oriented research requires precise and validated simulators. Each community has its set of preferred and widely adopted software tools. Some works are multidomain and require the use of dedicated tools and semantic of each domain to produce largely accepted results. In this work, we demonstrate how to realize co-simulation between power system networks, telecommunication networks and distributed computing resources. The demo will show a basic scenario to explicit the relevance of such a combination
In future smart distribution networks the expected bidirectional exchange of large amount of data wi...
The current transformation of power grids towards smart grids and the associated increase in the use...
There are different reasons for combining different modeling languages and simulation languages: Exc...
Short paperInternational audienceSimulation-oriented research requires precise and validated simulat...
This paper identifies challenges presented in unified co-simulation of power and communication netwo...
The complexity of energy systems increases as more renewable generation and energy storage technolog...
Wide area measurement and control methods should be employed in modern grids to ensure a more resili...
With the transition toward a smart grid, the power system has become strongly intertwined with the i...
With the transition toward a smart grid, the power system has become strongly intertwined with the i...
Given the complexity, scale and heterogeneity of modern power systems, many comprehensive simulation...
As future power systems become increasingly complex and interconnected to other energy carriers, a s...
This paper proposes a co-simulator that combines OMNeT++ for communication systems with PSS/E for t...
International audienceCyber-Physical Systems (smart grids, cities, homes, etc) are composed of compu...
The concept of distributed generation of energy attracts increasing attention nowadays. Such an envi...
In future smart distribution networks the expected bidirectional exchange of large amount of data wi...
The current transformation of power grids towards smart grids and the associated increase in the use...
There are different reasons for combining different modeling languages and simulation languages: Exc...
Short paperInternational audienceSimulation-oriented research requires precise and validated simulat...
This paper identifies challenges presented in unified co-simulation of power and communication netwo...
The complexity of energy systems increases as more renewable generation and energy storage technolog...
Wide area measurement and control methods should be employed in modern grids to ensure a more resili...
With the transition toward a smart grid, the power system has become strongly intertwined with the i...
With the transition toward a smart grid, the power system has become strongly intertwined with the i...
Given the complexity, scale and heterogeneity of modern power systems, many comprehensive simulation...
As future power systems become increasingly complex and interconnected to other energy carriers, a s...
This paper proposes a co-simulator that combines OMNeT++ for communication systems with PSS/E for t...
International audienceCyber-Physical Systems (smart grids, cities, homes, etc) are composed of compu...
The concept of distributed generation of energy attracts increasing attention nowadays. Such an envi...
In future smart distribution networks the expected bidirectional exchange of large amount of data wi...
The current transformation of power grids towards smart grids and the associated increase in the use...
There are different reasons for combining different modeling languages and simulation languages: Exc...