The Center for Power Electronics and Sustainable Grids is home to a unique research infrastructure that is unparalleled worldwide. With its proprietary connection to the 110kV high-voltage grid and 40MVA transformer, the center is well-equipped to meet the increasing demands on power electronics, which is a crucial technology for the transformation of the energy system. In the future, electricity will no longer be primarily generated by a few conventional power plants, but rather by numerous wind and solar power plants that have fluctuating electricity generation. As a result, power electronics will play a pivotal role at all levels of the grid with EMS.

One of the main challenges in the development of the future power station is the creation of new power electronic components and systems with enhanced properties. This requires the implementation of silicon carbide and gallium nitride power semiconductors, which can operate at high frequencies and enable power converters with higher power densities. By utilizing these advanced materials, researchers aim to improve the efficiency and performance of power electronics, ensuring stability and control within the power grid. With the increasing implementation of renewable energy sources, it is essential to have reliable and efficient power electronics to support the grid's transition.

Furthermore, the center aims to investigate new grid services, with a particular focus on the stability of future inverter-based grids. This involves testing the grid assistance capabilities of inverters, such as voltage and frequency stability. Additionally, the center will address other properties, including active resonance damping in power plants and power grids. These efforts will contribute to the overall stability and reliability of the grid with EMS, ensuring the smooth integration of renewable energy sources into the power station.

In order to enhance its research and development capabilities, the center is in the process of constructing the Digital Grid Lab. This lab will focus on simulations of load profiles and energy management systems, allowing researchers to further their expertise in grid simulation and real-time communication. By investigating the performance of devices and systems at important grid nodes, the center will be able to optimize the utilization of power electronics in the grid with EMS. The Digital Grid Lab is a significant development from the existing Smart Energy Lab and will be located in the main building of Fraunhofer ISE.

Overall, the Center for Power Electronics and Sustainable Grids is at the forefront of research and development in the field of power electronics. With its unique research infrastructure and focus on enhancing power electronic components, the center is well-positioned to address the challenges of the future energy system. By improving the efficiency and stability of power electronics, the center aims to support the transition towards a renewable energy-based power station. The ongoing construction of the Digital Grid Lab will further enhance the center's capabilities and allow for more comprehensive investigations into the performance of devices and systems within the grid with EMS.

Related products:

Energy Management System EMS

Will be removed if infringing

Reference website:http://cnnes.cc