Grid-Forming Control Technologies for New Power Systems
The large-scale integration of power electronic equipment results in low inertia, weak damping, and strong stochastic fluctuation characteristics in modern power grids. Traditional grid-following control frameworks can hardly adapt to the complex dynamic evolution of new power systems. As a novel grid-supporting technology, grid-forming control enables flexible interconnection and autonomous operation of renewable energy, energy storage, and integrated energy systems. This forum focuses on advanced theories, system adaptation mechanisms, and core engineering technologies of grid-forming control. It aims to break through the stability bottlenecks of power-electronized power grids and promote the low-carbon, safe, and flexible development of new power systems.
Topics:
1. Modeling analysis and system stability of grid-forming converters
2. Grid-forming control adaptation and resilience enhancement
3. Coordinated grid-forming operation and autonomous grid-support strategies of renewable energy and energy storage clusters
4. Grid-forming based flexible regulation and multi-energy collaborative optimization of integrated energy systems
5. Fault tolerance, fault ride-through, and grid-forming protection technologies for power electronic devices
