In order to guarantee adequate power quality for low- and medium-power dc to ac energy conversion applications, multilevel inverters (MLIs) have emerged as the go-to technology. The MLIs have a variety of benefits over conventional two-level inverters, as well as a lower dv/dt, reduced electromagnetic interference, as well as the capacity to knob better voltage levels by apparatus through a lower voltage rating. Now the properties contain expanded the appeal of a range of industrial uses, including in movements, mixers, marine effort, reactive power correction, and the conversion of renewable energy. This research was motivated by the requirement to create a large amount of voltage levels though preserving the maximum practicable level of circuit dependability. A new topology is therefore developed using the fundamental MLI setups, specifically three phases T Type converter is projected here.