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Evaluation of a Reduced-Order Model for IBR Fault Response Representation via OEM Blackbox Models
Conference paper

Evaluation of a Reduced-Order Model for IBR Fault Response Representation via OEM Blackbox Models

Owen Cornmesser, Soham Chakraborty, Rasel Mahmud, Jing Wang, Andy Hoke, Paulo Pinheiro, Brian Johnson, Romulo Bainy and National Laboratory of the Rockies (NLR), Golden, CO (United States)
2026 IEEE Power and Energy Society General Meeting (Montreal, Canada, 07/19/2026–07/23/2026)
07/29/2026

Abstract

IEEE Std. 2800-2022 power system protection POWER TRANSMISSION AND DISTRIBUTION reduce order model Transmission line protection
This paper presents a fully implemented inverter reduced-order-model (ROM) in an EMT simulation (PSCAD) library component for direct user utilization in protection studies. The developed inverter ROM has the following features: Equivalent to a full inverter-based resource (IBR) inverter model with positive- and negative-sequence current formulation and representation. A Python script is developed to fully automate this process, including training data generation, ROM parameter training, updating parameters, and model verification and validation. The ROM is validated using both IEEE 2800-compliant and non-compliant OEM modes in a real-world system, building confidence of its usability by protection engineers.
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