AK Srivastava

Andreas Ulbig

D Naimi

DM Greenwood

F Selwa

H Markiewicz

J Alipoor

JM Morales

K Heising

KI Jennett

M Patel

M Reza

N Pogaku

N Soni

P Kundur

PT Manditereza

R Sebastián

S Ayasun

S Eftekharnejad

SK Salman

T Sun

TS Ustun

Y Bian

Y Shi

English

The inherent intermittency of renewable power generation poses one of the great challenges to the future smart grid.With incentivesand subsidies, the penetration level of small-scale renewable energy into power grids is sharply increasing worldwide. Batteryenergy storage systems (BESS) are used to curtail the extra power during low demand times. These energy storage systems arecapable of absorbing and delivering real power to the grid. The increased penetration level of inverter-based distributed generation(DG) reduces the inertia of the grid and thus affects the transient stability of the network. This paper discusses and investigates theimpact of BESS on distribution networks’ stability with high penetration levels of inverter based DG. The obtained results show thatproper charging and discharging schemes of the BESS can enhance the transient stability of the network. Fast switching betweencharging and discharging mode would be helpful during transient fault disturbance to keep the system in a balanced condition

Bangash, K. N.

Farrag, M. E. A.

Osman, A. H.

ResearchOnline@GCU

Investigation of energy storage batteries in stability enforcement of low inertia active distribution network

Crossref

Investigation of Energy Storage Batteries in Stability Enforcement of Low Inertia Active Distribution Network

https://researchonline.gcu.ac.uk/files/26746032/Bangash2019_Article_InvestigationOfEnergyStorageBa.pdf

Investigation of energy storage batteries in stability enforcement of low inertia active distribution network

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