Authors
Bryan Palmintier, Elaine Hale, Timothy M. Hansen, Wesley Jones, David Biagioni, Harry Sorensen, Hongyu Wu, Bri-Mathias Hodge
Publication date
2017
Journal
IEEE Transactions on Smart Grid
Description
This paper describes the integrated grid modeling system (IGMS), a novel electric power system modeling platform for integrated transmission-distribution analysis that co-simulates off-the-shelf tools on high performance computing platforms to offer unprecedented resolution from independent system operator (ISO) markets down to appliances and other end uses. Specifically, the system simultaneously models hundreds or thousands of distribution systems in co-simulation with detailed ISO markets and automatic generator control-level reserve deployment. IGMS uses a new message passing interface-based hierarchical co-simulation framework to connect existing sub-domain models. Our initial efforts integrate open-source tools for wholesale markets, bulk ac power flow, and full-featured distribution systems including physics-based end-use and distributed generation models (many instances of GridLAB-D). The …
Total citations
2016201720182019202020212022202320242581317810105
Scholar articles
B Palmintier, E Hale, TM Hansen, W Jones, D Biagioni… - IEEE Transactions on Smart Grid, 2016