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University microgrid simulators fitted out with equipment from Hitachi ABB Power Grids and AEG

AEG Power Solutions’ power electronics are being provided to the microgrid emulator at the Competence Center for Sustainable Energy Technology (KET), Department of Power Electronics and Electrical Drive Technology (LEA), University of Paderborn. Image: AEG Power Solutions / University of Paderborn.

Microgrid simulation facilities at universities in Germany and Australia are being supplied with technical solutions by major global power equipment and systems providers AEG Power Solutions and Hitachi ABB Power Grids.

The University of Paderborn in northern Germany has a new microgrid laboratory which can emulate the behaviour of self-contained power systems using resources such as solar panels and wind turbines paired with battery storage and other components like combined hear and power plants.

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The facility will be able to emulate up to 16 energy system components which can act as power source or consumer, which acts as a flexible and modular development and validation platform to test how different electrical grids behave under different conditions. Each power node of the emulator will be able to convert distributed energy resources of up to 250kVA.

The EU’s European Regional Development Fund helped pay for the project, along with the local Northrhine-Westphalia government and the university itself. AEG Power Solutions was selected to provide power electronics including its Convert SC Flex energy storage power converter, which in this project will be used to connect the emulator facility to the public electricity grid.

Coincidentally, also this week Hitachi ABB Power Grids donated a Microgrid Control Systems Testing Facility to Charles Darwin University in Australia’s Northern Territory.

The simulator was built by Hitachi ABB Power Grids to “simulate and troubleshoot” issues in the region’s power network, the company said, such as how to integrate growing amounts of solar energy into the grid and how to island – or separate – parts of the grid to run on local electricity resources when the rest of the grid experienced problems.

“The major challenge in achieving a high proportion of renewable energy (especially solar PV) in power grids is the instability and unreliability of the grid due to the intermittent and hard-to-predict nature of the renewable sources,” Charles Darwin University’s Professor Shuresh Thennadil said.

“In order to achieve the 50% Northern Territory Government target and progress further to net zero emissions, it is essential to develop innovative methods that can deliver safe and stable operation of high-penetration renewable energy grids. Using this facility, we can conduct scenario-testing of an energy system from anywhere in the world.”

In a recent interview with, Maxine Ghavi, Hitachi ABB Power Grids head of Grid Edge Solutions, spoke about how lessons learned from integrating renewables while keeping power stable in remote parts of grid-connected Australia and elsewhere are increasingly being applied in a wide range of localities and scenarios. 

How the University of Paderborn’s emulator works, mimicking the behaviour of energy sources as well as loads, coordinated with energy storage in the middle. Image: Univ of Paderborn, provided by AEG Power Solutions.
The Hitachi ABB Power Grids emulator will be part of Charles Darwin University’s new Energy and Resources Institute (ERI) at its Smart Energy Hub. Image: Hitachi ABB Power Grids.

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