CAPSIM works with equipment manufacturers and research centres to develop mathematical models that reproduce the dynamic behaviour of the different components of future equipment or systems.
Through the use of these models, CAPSIM assists customers in validating, optimizing and testing the soundness of material combinations and of management strategies.

CAPSIM can develop dynamic, linear and non-linear models in order to assess the operating transients of equipment or installations. They can be used to validate their behaviour on standard transient routines (starting, dispatching) or incidental transient routines (short-circuit, shaft break, untimely operation).

The following presentation, “Consistency between off line simulation and real time simulation for large power systems and networks”, was made at Real-Time 2010 by Ronan Besrest of CAPSIM.
This presentation discusses the modeling and simulation of large power systems and the specificities required for simulation of large power systems.
The presentation is broken down into five parts:
-    Large power systems: definitions and examples
-    Specificities of the simulation of large power systems
-    Different approaches to optimizing models
-    Example of the ITER PPEN simulator
-    Other examples
The ITER PPEN simulator is part of the world’s largest fusion energy research project. An international collaboration between the EU, US and China, the objective of the ITER PPEN simulator project is to further research into, and study the feasibility of the development of fusion energy as a viable energy source for peaceful purposes.
The presentation will provide an overview of the challenges faced in moving this project forward and how simulation is being used to overcome these obstacles.
Other applications discussed include All Electric Ship and HV power system modeling and simulation

Author(s): Raymond Pauly,
Narrator: Raymond Pauly,

Download Video : capsim-interviewFR-rt10-112210.mp4

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