Emerging Trends in Modelling and Control of HVDC and FACTS (Part II)
* 21PESGM2793, Using Real-Code in Modeling FACTS and HVDC Devices in RMS and EMT Simulation Platforms: S. AUDDY, Hitachi ABB Power Grids * 21PESGM2794, Time-Periodic Dynamic Modeling of MMC/LCC-Based Systems: J. HU, Huazhong University of Science and Technology * 21PESGM2795, Unified Modeling of Voltage-Source Converters in Frequency Domain: Y. LIAO, Aalborg University * 21PESGM2796, Impedance Scanning Analysis and Harmonic Suppression of MMC-HVDC for Offshore Wind Farm: D. LIU, Global Energy Interconnection and Research Institute, State Grid Corporation of China
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Members: $5.00PES
IEEE Members: $10.00
Non-members: $20.00
28 Jul 2021
HVDC transmission systems and FACTS, particularly static synchronous compensators (STATCOMs), are becoming a foundational technology for modern transmission grids. Modelling and control of HVDC and FACTS play a critical role in the dynamic analysis of modern transmission systems. This panel intends to share the recent advances in modelling and control of HVDC and FACTS, including the wireless control of submodules for modular multilevel converters, enhanced grid-forming control strategies under different grid conditions, system-level control strategies of hybrid LCC-VSC-MTDC systems, harmonic damping of HVDC-connected offshore wind farms, as well as integration of real control code for interoperability studies.
Chairs:
Xiongfei Wang, Aalborg University, Denmark, Fangzhou Zhao, Aalborg University
Sponsor Committees:
Transmission and Distribution
