Oak Ridge National Laboratory
SETO Systems Integration Program Update
EMT Simulation
Adoption of EMT Modeling
Electromagnetic Transient (EMT) for future planning and operating needs
Numerical Methods and Parallelism for Large-Scale EMT High-Fidelity Simulations
Towards Fast,Accurate, Scalable, and Stable EMT Simulation
Exploring Application-Specific Integrated Circuit (ASIC) for EMT Simulation
EMT Simulations are Crucial in Studying Today’s Grids: So are Related Education & Training
Bridging the Gap: EMT Training and Education for Modern Engineers
Real-Time EMT Simulations of Large-Scale Power Grids: A Case Study of New York State Power Grid
Large-Scale EMT Modeling and Analysis: Applications in the Chilean Power Grid
Australian Experience with EMT Applications to Power System Modeling
Recent SETO EMT Funding Efforts
Electromagnetic Transient Simulation Workshop Industry Keynotes
EMT Simulations – Industry Perspective
EMTTF: Supporting Widespread Adoption of EMT Modeling
EMT Simulation of an Island Power System
Hands-On Experience in Creating Large-Scale Grids with High Penetration of Inverter-Based Resources Using EMTP®
Modeling and Applications: EMT-TS Applications for HVdc systems
Hybrid Simulations for Electromagnetic Transients and Phasor Models
Use of RTDS for Modeling Large Scale Systems
Towards enabling accurate, fast IBR integration studies through real-time, hybrid EMT-Phasor simulations
Transient and dynamic simulations of large power systems with high levels of IBRs