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computes the electromagnetic values in electrical systems in frequency, load-flow and time-domain. It enables the representation of a complex electrical system in which traditional generating resources (nuclear plants, hydropower plants, etc .) coexist with renewables and" new" loads (storage facilities, electric vehicles, etc .).

Correct functionality testing of" smart" equipment integrated to an electrical system in normal operating situations and incidental ones... Study of solutions that ensure the flexibility of electrical system... Concept Grid will thus enable EDF to test and evaluate in the long run 1 MW electrochemical stationary system (Li-ion battery) integrated in an electrical system, reproducing possible future operating conditions in terms of intermittency.

Experiments in real electrical systems on our Concept Grid (more informations on the specific page. Post- Mortem analyses.

A complete offer of high added value tests around the electrical system. Closely linked to the final customer, EDF Power Networks Lab supports manufacturers throughout their qualification and certification processes .

This new" asset" can be utilized and commercialized provided the energy can be re- injected into homes (V2H), buildings (V2B) or electrical grids (V2G) . In this way, stored energy is fed into the electric system... for the electrical system... With smart charging, electromobility represents a real opportunity for the development of renewable energies, for the electrical system and for owners of electric vehicles.

A complete offer of high added value tests around the electrical system. EDF Power Networks Lab :a complete set of testing facilities on a single site.

Software computing the electromagnetic values in electrical systems in frequency, load-flow and time-domain. Energy is our future, save it !.

further incorporating electricity produced by renewable sources in electrical systems and supporting them more effectively. recognising the value of well-designed capacity mechanisms that ensure the security of the electricity supply at the lowest cost.

Electromagnetic Compatibility aims to guarantee the ability of an electronic or electrical system to function in its electromagnetic environment and without itself producing intolerable disturbances for other devices present in its environment. Anechoic chamber.

In roles including Director of production and Engineering, he has been instrumental in industrial projects that have played a key role in promoting the competitiveness of our electrical system... He began his career in Germany, working in a research laboratory specialising in artificial intelligence, before joining EDF in 1992 . As a research engineer and then the head of a research group, his fields of activity included economic studies and applied mathematics focusing on optimising electrical systems.