The Application of Synchronverter for the Enhancement of Power System Stability

Alkhamis, Basel Taha; Al-Odienat, Abdullah

doi:10.1109/jeeit58638.2023.10185786

Cited by 3 publications

(1 citation statement)

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“…Usually, we need the inertia in the system in order to mitigate the damage that caused by the disturbance in the system. Hence, the inertia helps in increasing the boundaries of the stability in the system [11][12][13].…”

Section: Methodology: 21 the Swing Equation And The Equal Area Criteriamentioning

confidence: 99%

The Impact of Adding Solar Panels on The Wind Turbine Performance During Transient Disturbances

Alkhamis

2023

jje

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Recently electrical engineers look forward to replace the conventional power grid with a smart grid. This replacement requires massive changes, one of them is the integration of distributed generations and renewable energy sources in the distribution networks of the grid. These changes may affect the transient stability of the grid. In this paper, IEEE 9-bus system is used to perform transient stability analysis for a three-phase fault contingency. A 20 MW wind turbine was installed to study its performance and impact on the transient stability of the system. Then, a 3.6 MW PV station was added to study its impact on the wind turbine performance during the contingency. ETAP® 2016 software is used for simulation. The results show that the critical clearing time (CCT) of the system increases when the wind turbine is added and decreases when the PV station is installed. The impact of PV station on the wind turbine performance is not significant and it mainly affects the reactive power of the wind turbine generator after the fault is cleared.

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Section: Methodology: 21 the Swing Equation And The Equal Area Criteriamentioning

confidence: 99%