About Principle of smooth switching of microgrid
This paper investigates operational techniques to achieve seamless \(smooth\) microgrid \(MG\) transitions by dispatching a grid-forming \(GFM\) inverter. In traditional approaches, the GFM inverter must switch between grid-following \(GFL\) and GFM contr\ ol modes during MG transition operation.
This paper investigates operational techniques to achieve seamless \(smooth\) microgrid \(MG\) transitions by dispatching a grid-forming \(GFM\) inverter. In traditional approaches, the GFM inverter must switch between grid-following \(GFL\) and GFM contr\ ol modes during MG transition operation.
Smooth switching of micro-grid between the grid-connected operation mode and off-grid operation mode is one of the key technologies to ensure it runs flexible and efficiently. The basic control strategy and the switching principle of micro-grid are analyzed in this paper. The reasons for the fluctuations of the voltage and the.
The key factors of disturbance in the process of control mode switching are analyzed. Based on the principles of current vector control and power synchronization control, a smooth switching control strategy for PV grid-connected converter is proposed.
necessity of micro grid control and smooth switching. Some scholars have proposed a frequency difference with a free smooth switching control strategy based on virtual synchronous generator. Based on traditional droop control, a voltage amplitude feedback control loop and a fuzzy PID.
Synchronous tracking technology based SPLL (Phase Locked Loop) measures the phase angle and frequency to achieve synchronization with the large microgrid voltage and utility grid voltage, thus avoiding the impact of current, and ultimately the microgrid system seamless switch to grid-connected mode from the island mode [13].
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