Fig. 3. Isolated capacitor split converter (PV energy transfer capacitor split converter) (IMAGE)

CES Transactions on Electrical Machines and Systems

Fig. 3. Isolated capacitor split converter (PV energy transfer capacitor split converter)

Caption

The inductor voltage, VL(t) is the difference between the input photovoltaic voltage Vpv, and the voltage drop across rL1, of the inductor copper loss resistance, when the switch T1 operates with duty ratio D. When the diode Dod is turn-on, the converter output voltage Vo is the negative sum of the inductor voltage VL2(t), capacitors voltage VC1, the voltage drop across rC1, and rC2, see Fig. 3. The voltage at the DC bus of the PV and generator should be constant to mix the DC voltages from both sides. https://doi.org/10.30941/CESTEMS.2024.00032

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CES Transactions on Electrical Machines and Systems (CES TEMS)

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