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Design of a High-Performance Battery Converter System for Providing Synthetic Inertia at Distribution Network Level
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Author(s) |
Julian GOLLENSTEDE |
Abstract |
The frequency stability in the electrical supply system is challenged by increasing inertia-free power electronics-based generation capacities. To mitigate this effect, high performance battery convertersystems controlled as virtual synchronous generators can provide synthetic inertia. This paper presentsa system design and a detailed evaluation of this application. An analysis of grid frequencymeasurements is carried out to derive design criteria for the battery converter system's control.Furthermore, experimental results are shown which demonstrate the operation of a virtual synchronousgenerator system. |
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Filename: | 0366-epe2018-full-18410654.pdf |
Filesize: | 1.242 MB |
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Type |
Members Only |
Date |
Last modified 2019-05-05 by System |
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