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POWER CONVERTER SIMULATION - Power and control domain
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| Author(s) |
A. Beuret; Fk. Bordry; H. Seran |
| Abstract |
This paper demonstrates the application of the SABER analogue and digital simulator and the MAST modelling language in the domain of power system simulation. A behavioural switch model of the thyristor is presented. A great attention was paid to the modelling and the simulation of the firing circuits and control loops. Using the simulation of a large (9.7 MW) and complex power converter, it will be demonstrated how the SABER simulator and its modelling capabilities effectively answer the needs of power converters modelling and simulation - power and control domain -. Comparisons with results obtained on the actual power converters are given. The simulation of the overall system allows a better design giving rise to a finer study of the transitory performance and better understanding of the rejection of perturbations often difficult to quantify on the actual equipment. The possibility to simulate a complete power system (digital and analogue parts) with simulation time in the order of minutes is a break-through in the power system simulation domain. |
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| Filename: | Unnamed file |
| Filesize: | 3.079 MB |
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| Type |
Members Only |
| Date |
Last modified 2019-05-15 by System |
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