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An 11-level Cascaded Switched Diode Multilevel Inverter Topology Using Duty Cycle Swapping for RE Grid Integration

New controls for the cascaded switched-diode multi-level inverter to combine medium voltage sustainable energy are presented in this work. It was originally intended to use an inverter with a low switch to save money and space during installation. The performance of CSD multi-tier inverters would suffer a permanent reduction due to temperature fluctuation and heat carrying junction. To mitigate these effects in the life cycle of inverters, here is the proposal for duty cycle swap and charge balance control. A simple technique to balance the use of the device by balancing the ratio of the duty cycle of the circuit. By balancing every tier unit, the output voltage wave is like the remaining ladder achieved with less conductive conduction and heat loss. The findings of the Cascaded Switched-Diode multi-level inverter monitored by duty cycle swapping and charge balancing control strategies are investigated.