معرفی
Heng Wu is an Assistant Professor at Aalborg University's Faculty of Engineering and Science, within the Power Electronics System Integration and Materials department. He specializes in power electronics, renewable energy systems, and grid stability. His research focuses on grid-forming converters, impedance modeling, and control systems for modern power grids. He has supervised two PhD students and contributed to projects like 'Development of Grid Supporting Functionalities for Fast Charging Stations' and 'AI-Stability: Automated Impedance Measurement Toolbox for Power System Stability Analysis.'
Education: PhD (Awarded July 2020).
Research interests include voltage source converters, stability analysis, and grid integration of renewable energy. He has published extensively on topics like fault ride-through control, impedance-based detection methods, and hybrid converter systems. His work emphasizes enhancing grid resilience and improving the stability of power systems with high renewable penetration.
Notable projects include developing methodologies for small-signal stability assessment in energy islands and coordinated converter-control for offshore wind farms. His research also addresses challenges in offshore wind farm modeling and dynamic model reduction.
Award: Recipient of the Institution of Engineering and Technology 2017 2nd Prize for contributions to power generation and renewable energy systems.
Key collaborations involve institutions like Innovation Fund Denmark and academic partnerships focused on offshore wind integration and HVDC systems. His work bridges theoretical advancements with practical applications in smart grids and renewable energy infrastructure.
