Progress in Development of the ITER Plasma Control System Simulation Platform.
POSTER
Abstract
We report on progress made and expected uses of the Plasma Control System Simulation Platform (PCSSP), the primary test environment for development of the ITER Plasma Control System (PCS). PCSSP will be used for verification and validation of the ITER PCS Final Design for First Plasma, to be completed in 2020. We discuss the objectives of PCSSP, its overall structure, selected features, application to existing devices, and expected evolution over the lifetime of the ITER PCS. We describe an archiving solution for simulation results, methods for incorporating physics models of the plasma and physical plant (tokamak, actuator, and diagnostic systems) into PCSSP, and defining characteristics of models suitable for a plasma control development environment such as PCSSP. Applications of PCSSP simulation models including resistive plasma equilibrium evolution are demonstrated..
Authors
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M.L. Walker
General Atomics, GA, Gen. Atomics
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D.A. Humphreys
General Atomics
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B. Sammuli
General Atomics
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Giuseppe Ambrosino
University of Naples Federico II
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Gianmaria De Tommasi
University of Naples Federico II
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Massimiliano Mattei
Second University of Naples
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Gerhard Raupp
Max Planck Institute for Plasma Physics
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Wolfgang Treutterer
Max Planck Institute for Plasma Physics
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Axel Winter
ITER Organization