Control of a Hybrid Energy Storage System for a Hybrid Compensation System | Zendy

Böhm Ralf | Zendy; Steglich Michael | Zendy; Rehtanz Christian | Zendy; Paulsburg Martin | Zendy; Datsevic Sergey | Zendy; Brunner Benjamin | Zendy; Franke Jörg | Zendy

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Control of a Hybrid Energy Storage System for a Hybrid Compensation System

Author(s) -

Böhm Ralf,

Steglich Michael,

Rehtanz Christian,

Paulsburg Martin,

Datsevic Sergey,

Brunner Benjamin,

Franke Jörg

Publication year - 2019

Publication title -

chemical engineering and technology

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.403

H-Index - 81

eISSN - 1521-4125

pISSN - 0930-7516

DOI - 10.1002/ceat.201800652

Subject(s) - energy storage , flywheel energy storage , computer data storage , hybrid system , compensation (psychology) , flywheel , storage efficiency , computer science , control system , engineering , process engineering , automotive engineering , electrical engineering , computer hardware , operating system , power (physics) , psychology , physics , machine learning , psychoanalysis , quantum mechanics

The combination of two or more different energy storage technologies in a hybrid energy storage system appears to be advantageous if the combination of technologies fulfils the storage purpose better than a single storage technology. Herein, requirements regarding the performance of the storage system are determined for a hybrid compensation system for provision of system services in medium‐voltage grids. In hybrid storage systems, a common control system ensures that the present storage technologies are utilized in such a way that total storage efficiency is highest and that usability of the application is maximized. The control system of a hybrid storage system consisting of a redox flow battery and high‐speed flywheel storage is introduced and evaluated.

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