Abstract
This research provides an extraordinary distributed energy storage (DES) technique for DC distribution networks. Under exhibited virtual inertia and capacitances, the parameters of the AC and DC networks are briefly assessed. The proposed control approach for DES is based on many interactive features, which allows the DES to respond to both DC network voltage variations and make use of AC grid frequency changes. To reduce the burden of DC network voltage degradation, a cascade droop management approach with fuzzy is proposed for DES in DC microgrid. The simulation outcomes give a response that is fruitful for improving the voltage stability in DC distributed network as compared to other existing techniques. INDEX TERMS: Distributed energy storage, flexible voltage controlstrategy, AC and DC networks, fuzzy,voltage stability.
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