We propose a new three-level inverter based on switched capacitors to solve the problem of conventional multi-level inverters, which do not have boosting capability and self-balanced capacitor voltage. In contrast, the proposed inverter has lower voltage stress than the general switched-capacitor multi-level inverter.
The results under two-phase and three-phase dip in the grid voltage shows that the proposed control strategy injects maximum reactive and active power and limits the inverter current by quickly activating the APC control loop during fault-ride-through period.
Then, the switched capacitor is chosen to build a multi-level inverter with boosting capability and self-balanced capacitor voltage. For example, in Ref. , Ye proposes a three-phase switched-capacitor multi-level inverter (SCMLI) to achieve both goals. In addition, the SCMLI has a higher voltage gain in Ref. .
It is clearly evident that maximum exploitation of the inverter’s capacity is achieved due to simultaneous injection of active and reactive power without curtailing the active power as shown in Fig. 8 d.
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