Design/test of a hybrid energy storage system for primary frequency control using a dynamic droop method in an isolated microgrid power system
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Cites background from "Design/test of a hybrid energy stor..."
...Literature review on the HESS technology shows that, for MG applications, the integration of battery/SC [16], battery/SMES [22], [150], battery/ FC [151], FC/ SC [132], and SC/ RFB [149] is possible....
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...However, due to the intermittent nature of renewable energy resources and fluctuating load profiles, the power supply in MG sometimes fails to mitigate the load demands and causes system frequency fluctuation [17], [22]....
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...However, in remote islands, MGs are designed as off-grid systems [28] where the primary frequency control is critical [22]....
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...Reference [22] reveals that the battery life can be extended from 5....
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Cites background from "Design/test of a hybrid energy stor..."
...Therefore, each generating unit can be modeled with its speed governing system [102]....
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