In the recent years, the PV panels is used as a direct source of the motors in many fields of industry and other applications. 1000W/m2 irradiance, ambient and 25 C0 temperature is considered as inputs of the PV panels to switch on the system simulation. This paper shows how the vector control or the field oriented control (FOC) is utilized to maintain the operation of the induction motor(IM ) during the variable speed of operation with space vector pulse width modulation(SVPWM). The boost converter , Maximum power point tracking(MPPT) by incremental conductance method, inverter control, two level inverter ,flux torque estimator and the IM are the main components of the complete solar system. The boost converter is utilized to increase the low level of 36V DC to higher level of voltage needed for IM . senseless estimation of the torque and flux is used as preferred way reduce the components cost in the real time system. Matlab/Simulink 2018b is used in the implementation of the closed loop system. The results shows the effectiveness of the proposed algorithm and considered as a very attractive and useful in the analysis and implementation.