专题:Wind Turbine Control Systems

This cluster of papers focuses on the integration of wind power into power systems, with a specific emphasis on the use of Doubly Fed Induction Generators, power electronics, and control strategies. The papers cover topics such as grid code requirements, frequency control, variable speed turbines, inertia emulation, maximum power tracking, and the impact of wind power on power system stability.
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Benchmark model and dynamic analysis for floating offshore wind turbines

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A novel non-dimensional multiple operating conditions physics-informed neural networks for wind turbine wake and power prediction in complex terrains

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Beyond a single solution: Multimodal wind farm layout optimization via cluster annealing elite search

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Energy-Harvesting Performance of Twin-Rotor Vertical-Axis Wind Turbines with Phase Interference Under Different Solidities

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Impact of atmospheric turbulence on performance and loads of wind turbines: knowledge gaps and research challenges

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Design, characterization, and simulation of a novel multi-stage inertial damper for wind turbine structural vibration control

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Grid-Forming Inverters Review: Control, Stability, and the Next Stage With Artificial Intelligence and Digital Twins

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Development of a physics-guided bidirectional long short-term memory for wind power forecasting

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Agentic AI in Wind Energy Systems: Multi-Agent Architectures for Optimization and Resilience

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A review on modeling, simulation and experiment of dynamic wake effect of floating offshore wind turbines

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