The design of an electrical power system or a multiphysics energy system (mixing various physical domains) goes through a certain number of steps and technical choices which are subject to hazards and risks, particularly during system integration.
This assistance involves modeling the entire system on typical scenarios. This analysis often requires detailed modeling and physical understanding of the equipment in the system, whether purely electrical or multi-physical.
The recommendations provided by Capsim deliver all of the arguments required for making the choices inherent in the design of the system.
Requirement This project involved designing an islanded system supplied by a collection of multiple renewable electrical energy sources. The inhomogeneous character of the sources (wind turbines, fuel cells, diesel generators, etc.) required a suitable control system Read more…
Requirement In order to accompany the nuclear fusion research activities of the ITER project, it has proved necessary to improve the Japanese JT60 fusion reactor (tokamak). Capsim has participated in the design of the project Read more…
Requirement The system studied is composed of vertical rods whose lower ends are immersed in a liquid under pressure. Vertical displacement of the rods is achieved using grippers activated by induction coils. In order to Read more…
Requirement Customer : CEA INES The breakthroughs in the field of power electronics regarding on one hand photovoltaic panels and on the other hand enable to consider higher levels of DC distribution voltage within PV power Read more…