Open-Source Power Flow Tools Benchmarked Against PowerFactory
Independent research from ZHAW shows that pandapower, PyPSA and OpenDSS can match commercial PowerFactory results with an average error below 2%.
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The Knowledge Base is used to publish articles on topics related to modeling, simulating and analyzing electrical power systems.
Independent research from ZHAW shows that pandapower, PyPSA and OpenDSS can match commercial PowerFactory results with an average error below 2%.
Read MoreWhy do load flow results differ between pandapower and OpenDSS? A summary of external grid modeling differences and how to align results using high short-circuit MVA.
Read MoreNew Electrisim model: 10-bus Italian transmission network with HVDC VSC (Terna Hypergrid project). Based on Antonino Patti thesis from Università di Palermo; validated with Neplan, implemented with pandapower.
Read MoreA comprehensive master's thesis from University of Palermo demonstrates that Electrisim achieves results comparable to commercial tools like Neplan across IEEE test networks and real-world offshore wind farm models.
Read MoreA practical guide to meeting grid code requirements using Electrisim for a 100MW photovoltaic plant connected via underground cable.
Read MoreThe article shows how to specify reactive power compensation equipment for an onshore wind farm to meet the grid code requirements in Electrisim application
Read MoreLearn how to perform short-circuit calculations in Electrisim using open-source libraries pandapower and OpenDSS. Calculate fault currents according to international standards.
Read MoreThe Electrisim application is tested by numerous tests to verify the proper results with pandapower.
Read MoreLoad flow objective and problem, software, input/output data, calculation algorithms
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