TECHNICAL BRIEFS
10 Things You Should Know About Grid-Forming Inverters – Nick Miller, HickoryLedge LLC
Grid-Forming Inverters: Are They the Key for High Renewable Penetration? – Julia Matevosyan, ERCOT
A Path Toward the Development and Commercialization of Grid-Forming Inverters – ESIG, Gridlab
TUTORIALS
Grid Forming Inverters: EPRI Tutorial (November, 2021)
2019 Spring Tutorial: Impact of DER on Bulk System
WEBINARS
Operational Considerations for a 100% Instantaneous Converter Fed Power System – Nick Miller, HickoryLedge LLC
BLOG POSTS
On the Road to Grid-Forming Inverters: When and How Many Will We Need? – Deepak Ramasubramanin, EPRI
Inertia Trends in ERCOT – Julia Matevosyan, ERCOT
80/20 Rule: Everything you really need to know, you learned in Engineering 101 – Nick Miller, GE
What is the Rush for Grid Codes to Address Grid-Forming Inverters? – Helge Urdal, Urdal Power Solutions
Assessing a Grid with High Penetration of IBRs – Fred Huang, ERCOT
Electromagnetic transient simulation models for large-scale system impact studies in power systems having a high penetration of inverter-based resources – Babak Badrzadeh, AEMO
ESIG WORKSHOP PRESENTATIONS
2020 Spring Technical Workshop
Session 2: Synchronous Condenser and Control System Considerations for Weak Grid Applications
Chair: Bob Zavadil, Chief Operating Officer, EnerNex
Weak Grids to Condensers to Grid-Forming Inverters: The Right Progression? – Nick Miller, Principal, HickoryLedge LLC
Modeling and Simulation for Synchronous Condenser Applications – A Case Study – Dennis Woodford, President, Electranix
ERCOT Experience with Synchronous Condenser Application – Fred Huang, Manager of Regional Planning, Transmission Planning, ERCOT
Application Engineering Considerations for Synchronous Condensers – Shruti Rao, Senior Engineer, GE Power
Dynamic Stability Considerations for High VG Penetrations – Vahan Gevorgian, Chief Engineer, NREL
Session 10: Challenges with High Inverter-Based Resource Penetration
Chair: Julia Matevosyan, Lead Planning Engineer, ERCOT
A Grid Forming Converter Future Without Frequency Droop Control – Deepak Ramasubramanian, Engineer Scientist III, EPRI
Grid Forming Inverters, A Way Forward – Ralph Pfeiffer, Head of Network Codes and Connection Rules, Amprion GmbH, Germany, on behalf of ENTSO-E a.i.s.b.l., Belgium
Industry Focus on BPS-Connected Inverter-Based Resource Modeling – Ryan Quint, Senior Manager, Advanced Analytics and Modeling, NERC
Reliability and Security Assessment: Performance, Models, and Tools in ERCOT – Fred Huang, Manager of Regional Planning, Transmission Planning, ERCOT
Reliability and Security Assessment: Performance, Models, and Tools in AEMO – Babak Badrzadeh, Manager, Operational Analysis and Engineering, AEMO, Australia
Control System Stability for Converter Dominated Grids – Shahil Shah, Research Engineer, NREL