ProAktivNetz analyzed how distributed Renewable Energy Sources (RES) can be optimally integrated in real network operation, considering planned shutdowns or unforeseen disturbances within the distribution grid. Reacting to these occurences, and the correlation between them, is a great challenge for future operation software. The project therefore developed and tested appropriate concepts and algorithms for an optimized automated operation of the distribution network, taking into account the actual and future schedules of distributed RES. The solutions considered modelling of the decentralized generation(photovoltaic and hydroelectric power plants), algorithms for planned outages as well as disturbances in the distribution network. Main goal of the project was to ensure a safe and efficient operation and maximize the integration of distributed RES in all operating situations of future active distribution grids.
- E. Xypolytou, T. Leber, Presentation: Smart Grid Weeks (invited), http://www.smartgridsweek.com/docs/SGW15_Praesentationen_WEB/SGW15_20-05-2015_Xypolytou.pdf , http://www.smartgridsweek.com/programm.html
- E. Xypolytou, T. Leber, T. Aichholzer, Modeling Renewable Energy Sources to Promote Proactivity in the Distribution Grid, 2015 International Symposium on Smart Electric Distribution Systems and Technologies (EDST), CIGRE SC C6 Colloquium, Vienna, Austria – September 8-11, 2015