Abstract:

There is a growing need for renewable energy around the world, we need to find more efficient ways to improve the performance of solar panels.   The utilization of fuzzy logic and multi-string inverters is utilized in this research project to enhance solar power systems.       Fuzzy logic is analogous to a highly developed brain that is able to modify its methods of operation depending on the circumstances.   Regardless of the temperature, your solar panels will continue to generate the maximum amount of electricity feasible, regardless of the temperature it is.   Different groups of solar panels are able to function independently thanks to the architecture of the multi-string inverter.   This results in a reduction in the amount of energy that is wasted and an increase in the reliability of the power supply.   Due to the fact that it is simple to add to and keep up with, this technology is ideal for large solar farms.       The experimental solution that we developed, which makes use of fuzzy logic MPPT and multi-string inverters, performed far better than the most effective inverter designs and methods that are currently available.   In addition, the combination made solar panels perform significantly better, which led to excellent outcomes.   This is a positive sign for the future of solar energy since it shows that technology could improve the efficiency of systems while simultaneously reducing their costs.  The study's conclusions show how to make better sustainable energy technologies and give simple tips for anyone who wants to use more solar electricity