Sixth International Workshop on Grid Simulator Testing of Energy Systems and Wind Turbine Drivetrains

Find the agenda and presentations from the Sixth International Workshop on Grid Simulator Testing of Energy Systems and Wind Turbine Drivetrains, held Nov. 9–10, 2022.

Nov. 9, 2022

Session 1 – Updates From Organizing Institutions

Update on NREL Research – V. Gevorgian, NLR

Laboratory Updates and Projects – G. Ozkan, Clemson University, USA

Update on FSU-CAPS – M. Steurer, FSU, USA

Session 2 – Grid Simulator Testing of Wind Turbine Drive Trains

Grid Integration Research and Projects at Fraunhofer IWES, Results of Project Hil-GridCop – G. Quistorf, Fraunhofer IWES, Germany

LORC Update and Projects Experiences – L. Rasmussen, LORC, Denmark

GE Type 3 GFM Wind Turbine – A. Tiwari, GE

Virtual Electric Machine: Inertia Emulation in ABB’s ACS6080 Grid Simulator in Special Applications – G. Chekavskyy, ABB, Poland

Session 3 – Grid Simulator Platforms and Experiences

NREL CGI and PHIL Platform for Validation of Multi-Technology Energy Systems at Scale – P. Koralewicz, NLR

KINECTRICS Grid Simulator – D. Murray, KINECTRICS, Canada

(Grid Simulator Platforms and Experiences) Voltage and Current Control of Power Electronics AC and DC Grid Simulators – P. Sobanski, ABB, Poland

Grid Simulator Project Experience and Overview of Market Needs – J. Otinero and J. Lee, IDOM, Spain

Session – 4 Advanced Testing Using Grid Simulators

Impedance Characterization of Grid Following and Forming Resources Using CGI – S. Shah, NLR

New 15KV Class SiC Based Amplifier From TECO Westinghouse (Capability, Characterization, etc.) – M. Bosworth, FSU CAPS, USA

Progress on Tests for Validation of Harmonic Models in E.U. PROMOTioN Project – P. Sorensen, DTU, Denmark

Advanced Testing Using Grid Simulators Determining DUT Thevenin Equivalent Model (Part of IEC61400-21-4) – J. Eckerle, ABB, Switzerland

Session 5 – PHIL Testing of Articles Using Grid Simulators

A Power Hardware-in-the-loop (PHIL) Test Bed for Inverter Testing in Southern California Edison (SCE) – Md Arifujjaman, SCE, USA

PHIL Validation of Ultracapacitor Storage for Black-start Application – S. Alam, INL, USA

Session 6 – Grid Simulators for Models and Standards Validation

PEGI Platform Overview – B. Mather, NLR

Update on IEEE P2004 Working Group Activities – M. Steurer, FSU, USA

Potential Methods for Large Scale Inverter Commissioning Sag Testing – M. Stephens, EPRI, USA

Nov. 10, 2022

Session 7 – PHIL/CHIL Testing for Small Microgrids and Islands

Power Hardware-in-the-loop Evaluation for the Borrego Springs Microgrid SETO Project – A. Pratt and K. Prabakar, NLR

CHIL Plug and PHIL Testing of the NREL Converter – FSU CAPS, USA

PHIL Testing of a PV Peaker Plant in Island Power Grid, Islanded Distribution Systems – A. Hoke, NLR

Session 8 – Fidelity of PHIL Interface

Update on HQ PHIL System – R. Gagnon, HydroQuebec, Canada

GTSOC Platform – C. Jegues, RTDS, Canada

Stability and Fidelity of NREL PHIL Interface – P. Koralewicz, NLR

Session 9 – Grid Simulators: Looking Forward

Advanced Control of the Power Amplifier – D. Rimorov, HydroQuebec, Canada

Development of 30 MW Testbench for Offshore Wind Turbines – G. Ozkan, Clemson, USA

PQ4Wind Project – T. Jersch, Fraunhofer IWES, Germany

High-performance Computing and RT Cosimulation of Energy Systems – R. Hovsapian, NLR

About the Workshop

The Sixth International Workshop on Grid Simulator Testing of Energy Systems and Wind Turbine Drivetrains took place at the NLR campus in Golden, Colorado. This workshop serves as a venue for discussing the research and testing needs, state-of-the-art apparatuses and methods involved in grid integration testing of energy generation, energy storage and other enabling technologies. The goal of the workshop was to encourage discussion and collaboration on grid simulator projects and to discuss emerging challenges of grid simulation. At the workshop, the discussion included sharing field experience from various teams around the world. Attendees also shared experiences in development of advanced testing methods hybrid power systems, microgrids and island grids, grid forming inverters, and DC grids.

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