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Research Paper | Renewable and Sustainable Energy | India | Volume 9 Issue 7, July 2020

Modeling and Simulation of Grid Connected Solar System with Boost Converter and MPPT

Ashish Kumar ^[25] | Dr. Imraan Khan

Abstract: Radiation from the sun is an amount that is produced each hour by the Sun and is a critical information for the outline and decide the productivity of a photovoltaic plant and ambient temperature enormously influence the execution of the solar power. In this paper a new approach is projected for analysis on style and control of grid solar system the project is based on power control of tie line. This technique of low stress on utilization of customized control topology. The working principle of described method is that the grid is developed by the solar system for the distribution of energy and tie line control is developed with the help of two parameters viz. frequency and power. For obtaining this we are using here maximum power point tracking (mppt) and boost converter for increasing the efficiency of photovoltaic cell. The maximum power point tracking is an important function in all photo voltaic power systems. The simulation results shows that the proposed mppt control can avoid tracking deviation and result in improved performance in both dynamic response and steady state response.

Keywords: Maximum power point tracking MPPT, photovoltaic PV power system, maximum power point MPP, switching mode DC-DC converter, switching duty cycle, Perturb & Observe control

Edition: Volume 9 Issue 7, July 2020,

Pages: 1780 - 1788

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