Performances of an Asynchronous Motor Powered by a Photovoltaic Generator
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Abstract
One of the most exploited renewable energies in the world is photovoltaic solar energy. The objective of this work is the evaluation of the performance of a photovoltaic generator in different climatic conditions (temperature and irradiation) and when connected to an induction motor.
This photovoltaic system includes a DC-DC converter controlled by MPPT (disturbance and observation) control and a two-level inverter controlled by PWM technique.
Firstly, we studied the effect of the variation in irradiation and temperature on the operation of the photovoltaic module; secondly, we addressed the robustness and reliability of the boost converter and the MPPT control as well as the simplicity of the P&O method and the sine triangle. PWM control used for inverter. Finally, the contribution of the flow control method oriented towards stabilizing the speed of the asynchronous motor during the application of the load. Designed in MATLAB/Simulink, the system studied is more robust and more efficient and according to the satisfactory results, we can suggest the effectiveness and use of this model.
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