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Wind generation systems with variable frequency generators commonly utilize several power electronics converters. Using numerically efficient models for converters and electrical machines can decrease simulation time of wind farms. In this paper, a voltage-behind-reactance model is developed for a six-phase permanent magnet synchronous generator. Then, a multiresolution simulation methodology is presented...
Six-phase synchronous machines are utilized in special applications, such as naval and aircraft power systems, due to lower power per-phase, less mechanical stress, and higher reliability compared to three-phase machines. The voltage-behind-reactance (VBR) machine models offer advantages in transient simulation programs such as capability of interfacing with arbitrary networks without snubber circuits...
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