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PG WS1617 - Testbed for ICT-Based Smart Grid Applications

Many studies have been conducted to address the arising challenges of next generation electric power systems. For overcoming these challenges, the literature proposes a vast range of “smart grid” concepts utilizing modern power system assets in combination with fast, reliable and secure ICT infrastructures. However, especially smart grid applications having a significant influence on system security need to be thoroughly evaluated and validated before deployed in practice. This presents a true engineering challenge because the interactions within modern cyber-physical energy systems – in particular between power system and ICT domains but also possibly including gas, heat, smart markets etc. – are very complex and require sophisticated simulation and modeling tools.

This project group develops a hardware-in-the-loop (HiL) testbed for the evaluation of ICT-based Smart Grid applications. Therefore, a virtual smart substation is going to be implemented as hardware. It comprises a real-time power system simulator (OPAL-RT), modern measurement technology (Phasor Measurement Unit PMU) and various smart grid functions implemented upon a virtualized execution platform (CPS-Xen). For the assessment of the virtualized communication infrastructure, the SDN4SmartGrids Testbed is available.

This interdisciplinary project group is a cooperation between the Institute of Energy Systems, Energy Efficiency and Energy Economics (Prof. Rehtanz), the Communication Networks Institute (Prof. Wietfeld) and the Embedded System Software Group (Prof. Spinczyk).

Major Tasks are

  • Real-Time Power System Simulation
  • Measurement Acquisition
  • Data Transfer via IEC 61850
  • ICT Performance Evaluation with the SDN4SmartGrids Testbed
  • Implementation of Smart Grid functions with software based IEDs
  • Modeling of Wide Area Smart Grid Communication Networks

A mix of students with focus on power engineering, communication networks and automation & robotics is envisaged.


Erstes Treffen Ort
Do, 20.10.2016 9:00 Uhr BCI-G2-E12

Arbeitsraum: BCI-G2 Praktikumslabor


Lehrstuhl: Institut für Energiesysteme, Energieeffizienz und Energiewirtschaft, Lehrstuhl für Kommunikationsnetze
Betreuer: Andreas Kubis (ie3), Markus Küch (ie3), Rajkumar Palaniappan (ie3), Nils Dorsch, Boguslaw Jablkowski (ESS)
Beginn ab: 20.10.2016

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