Standard Library Plant Controller Model Specification for a Grid-Forming Hybrid Control Inverter-Based Resource (REPCGFM_C1)

  • Wei Du
  • , Sai Vennlaganti
  • , Deepak Ramasubramanian
  • , Jinho Kim
  • , Udoka Nwaneto
  • , Quan Nguyen
  • , Ali Mohammadpour
  • , Sarah Walinga
  • , Lilan Karunaratne
  • , Mostafa Mahfouz
  • , Mohammed Nassar
  • , Sushrut Thakar
  • , Chengwen Zhang
  • , Sheik Mohammad Mohiuddin
  • , James Weber
  • , Mengxi Chen
  • , Jayapalan Senthil
  • , James Feltes
  • , Pouyan Pourbeik
  • , Fred Howell
  • Jeff Bloemink, Song Wang, Doug Tucker, Songzhe Zhu, Juan Sanchez

Research output: NLRTechnical Report

Abstract

This document describes a standard library plant controller model to interface with the grid-forming hybrid control inverter-based resource (IBR) model. The initial version of model specification was jointly developed by Pacific Northwest National Laboratory (PNNL), Tesla Energy, and EPRI, and it was revised multiple times later to incorporate suggestions from WECC MVS members. Tesla Energy provided main control algorithms to support the development of this model specification. This standard library model is developed to help the utility industry better understand the GFM technology. The model could be used to represent equipment for long-term planning studies where vendor-specific models are not available. As equipment matures and improves, standard library models will be updated to capture the new functionalities of GFMs. It is not intended that these models will always remain representative of all future GFM technologies.
Original languageAmerican English
Number of pages11
StatePublished - 2025

NLR Publication Number

  • NREL/TP-5D00-97425

Other Report Number

  • UNIFI-2025-1-29

Keywords

  • control
  • grid-forming
  • hybrid
  • inverter-based
  • plant controller model
  • REPCGFM_C1
  • resource

Fingerprint

Dive into the research topics of 'Standard Library Plant Controller Model Specification for a Grid-Forming Hybrid Control Inverter-Based Resource (REPCGFM_C1)'. Together they form a unique fingerprint.

Cite this