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The virtual inertia of the PV-VSG under the variable inertia control strategy is shown in Fig. 8.
It takes less time for the ESS to stable the power system under the variable inertia control.
Especially, the variable inertia control strategy based on transient energy could help the PV power system suppress the transient energy.
What is more, the oscillation after fault will recover to a stable state faster when the variable inertia control strategy is applied.
From Fig. 12, it could be observed that, under the variable inertia control strategy, the ESS provides more energy support in the first and second swings of power oscillation.
Since the inertia of the VSG is adjustable unlike SG, a suitable variable inertia control strategy of the VSG could be adopted to improving the transient stability of the power system.
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Fig. 6 Bang-bang control strategy of variable inertia.
The PV-VSG control strategy with variable inertia could further improve the stability of the PV power system.
If the PV-VSG control strategy with variable inertia proposed in this paper is adopted, the ESS wills response to the disturbance after the fault.
Hence, this paper explores the feasibility of improving the transient stability of power system by using PV-VSG control strategy with variable inertia.
Then the control strategies for the variable inertia of the PV-VSG are designed to attenuate the transient energy of the power system after the fault.
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