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RT20 | The Design of a Fast Hardware-in-the-Loop Framework to Perform High Frequency Interdependency Phenomena
Video
2020-06-18
| The integration of inverter-based prosumers and consumers in the electrical power system depicts an increase of power quality issues. High dynamic interactions among inverter-based power system components and within the power system generate resonant oscillations leading to harmonic disturbance. Up-to-now, no appropriate laboratory-based test system exists to capture these high frequency oscillations in a controllable and realistic testbed. Power Hardware-in-the-Loop-based testbeds offer promising options for performing realistic unit testing and extension for system testing. This presentation will introduce a concept to overcome current limitations and operational bandwidth limitations of such systems. The proposed concept is based on a fast Hardware-in-the-Loop system, that is capable to capture high resonant oscillation phenomena in a controllable laboratory environment. |