Framework of Hybrid Power Plants Providing SFR
Multi-Timescale Modeling Framework of Hybrid Power Plants Providing Secondary Frequency Regulation.
Multi-Timescale Modeling Framework of Hybrid Power Plants Providing Secondary Frequency Regulation.
Jinning Wang presented DiME and AGVis at 2023 North American Power Symposium.
Virtual inertia scheduling for microgrids with high IBR penetration to balance economic operation and dynamic performance.
Virtual inertia scheduling in power systems to ensure secure and cost-effective inertia support.
A Transient Stability Perspective with the CURENT Large-Scale Testbed (LTB)
A control strategy for EV aggregation to provide SFR while respecting charging time constraints.
LTB in April 2023, presentation at CURENT Industry Conference.
Analytical model for disturbance propagation in power systems.
An efficient open-source framework for dynamic co-simulation of transmission and distribution networks to manage DER frequency response.
LTB in Apirl 2021, presentation at the 2021 Stanford Smart Grid Seminar.
Share your projects that utilize LTB and inspire others in the community.