A unified inverter control framework enables seamless transitions between grid-forming and grid-following modes through continuous parameter tuning rather than discrete switching.
Understanding small-signal stability of low-inertia systems
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A decentralized voltage controller using control barrier functions is derived for meshed AC microgrids with constant power loads, proving bounded error to nominal trajectories, asymptotic stability of the cascaded system, and constrained regulation around rated voltage without saturation.
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A Unified Framework for Hybrid Grid-Forming and Grid-Following Inverter Control
A unified inverter control framework enables seamless transitions between grid-forming and grid-following modes through continuous parameter tuning rather than discrete switching.
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Decentralized Voltage Control of AC Microgrids with Constant Power Loads using Control Barrier Functions
A decentralized voltage controller using control barrier functions is derived for meshed AC microgrids with constant power loads, proving bounded error to nominal trajectories, asymptotic stability of the cascaded system, and constrained regulation around rated voltage without saturation.