Investigation of Super‐Lift Multilevel Inverter Using Water Pump Irrigation System

The most significant development in DC-to-DC power conversion systems is
the positive output voltage-lift method. The topology exists in two sorts such
as super-lift and double-lift technique. Double-lift converter functions successfully
DC-to-DC converter. The developed approach employs the invention of
a super-lift multilevel method, which may minimize the number of recurring
components when compared to the traditional sort of weird inverter. In this
point, a new approach of single-source super-lift multilevel inverter (SLMLI)
is proposed with concentrator solar module, which can perform the necessary
voltage conversion applied in water pump irrigation using agricultural field.
Designing a new SLMLI applied with PSO algorithm is also capable of determining
the desired value of harmonics value performed with necessary power
conversion. Solar water pumping systems are integrated in motor load; it has
series connected to generate the required system load voltage, which is supplied
by the availability of solar irradiation. Results present modified SLMLI
with submersible water pump that helps to save the fuel and electricity cost, when compared to equivalent use of a diesel-operated water pump. The performances
at various operating conditions are analyzed using MATLAB/Simulink
and hardware-based result.