VTT Technical Research Centre of Finland and the U.S. Department of Energy’s National Renewable Energy Laboratory are working to characterize and further improve different existing open models and tools that are most applicable to G-PST activities. An open tools portal with a classification approach is being transferred to a public space for easy accessibility. Additionally, the G-PST Consortium will support the application of these open tools and data with developing country partners.
Pillar 5 Develops Portal to Aggregate Open-Source Power System Software
The G-PST Consortium’s Pillar 5, led by VTT Finland with support from NREL, is developing an open-source tool portal to help filter, visualize, and identify open-source power systems software capabilities. This portal will be a practice-oriented resource aimed at making it easier for system operators, planners, and modelers to find useful tools for managing power systems with high shares of variable renewable energy, such as wind and solar. The beta version portal is now live and the Pillar 5 team is in the process of collecting tool submissions.
Spine Toolbox: Data, Workflow and Scenario Management for Modelling
Spine Toolbox is an open-source software to manage data, scenarios and workflows for energy system modelling and simulation. You can have your local workflow, but work as a team through version control and SQL databases. This webinar provides an overview of the different functionalities and showcases them through two examples. More information and documentation available at https://spine-toolbox.readthedocs.io/.
Madeleine McPherson and Jacob Monroe, University of Victoria
Milos Cvetkovic and Jim Hommes, Delft University of Technology
Juha Kiviluoma, VTT Technical Research Centre of Finland
Clayton Barrows, National Renewable Energy Laboratory
Open Source Tools for System Operators – Focus on Power Flow Tools
The rise of data science and scientific programming languages, such as Python and Julia, presents numerous opportunities for power system modernization and advanced analytics. In recent years, the quality and availability of open-source power systems analysis tools in these languages has dramatically increased. However, despite widespread usage of open languages for data analysis, industrial usage of open power systems analysis tools remains rare. The G-PST Consortium’s Pillar 5 lead organization, VTT Technical Research Centre of Finland, present a webinar series that will showcase some of the most capable power systems analysis and modeling tools that exist within common data science languages to highlight opportunities to enable advanced analytic workflows. This first installment focuses on workflows in Python, using the popular data analysis package, Pandas, and the power systems analysis package, PandaPower.
Advanced Open Tools Characterized to Support System Operation and Planning
A detailed characterization approach was developed for the open models and tools, along with comprehensive dimensions of assessment. Subsequently, the classification and evaluation process started and is currently under progress.
Moreover, A new proposal is being prepared to be submitted to the German Federal Ministry of Economics and Technology BMWi. This is in collaboration between Fraunhofer IEG and Fraunhofer IEE, and will deal with open source tools for global power transmission system planning.