Burlakin I, Scheiner E, Mehlmann G, Luther M, Rehkopf S, Wolfram M, Hurm C (2024)
Publication Status: Published
Publication Type: Journal article, Original article
Publication year: 2024
Publisher: Institution of Engineering and Technology
Book Volume: 2024
Pages Range: 931-938
Journal Issue: 16
Integrating offshore wind farms into existing power systems raises significant challenges, particularly in maintaining voltage stability. In this context, conventional on-load tap-changers provide essential voltage control. However, they are limited to steady-state adjustments due to the motor-driven response time. Therefore, this paper introduces a voltage control method that enhances on-load tap-changers by incorporating power electronic fast-switching modules. The proposed solution enables rapid and flexible transformer tap ratio adjustment, significantly improving the voltage stability of offshore wind farms during high-voltage ride-through events under strong and weak grid conditions. The fast-switching module demonstrates enhanced performance in minimizing voltage deviations and reducing the risk of disconnecting wind turbine generators related to overvoltages.
APA:
Burlakin, I., Scheiner, E., Mehlmann, G., Luther, M., Rehkopf, S., Wolfram, M., & Hurm, C. (2024). Enhanced voltage control in offshore wind farms with fast-tapping on-load tap-changers. IET Conference Proceedings, 2024(16), 931-938. https://doi.org/10.1049/icp.2024.3896
MLA:
Burlakin, Ilya, et al. "Enhanced voltage control in offshore wind farms with fast-tapping on-load tap-changers." IET Conference Proceedings 2024.16 (2024): 931-938.
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