Real-time weather data analysis by the solar fuzzy logic-based MPPT controller

Abstract

The performance of a solar (PV) system with a boost converter using maximum power point tracking (MPPT) control algorithms is studied in this article. The primary goals of the latest renewable energy systems are to harvest the maximum amount of power possible from high-penetration renewable energy sources and to step up the low voltage to the required voltage level with low-power semiconductor switches. Mostly in the current study period, MPPT control technology and power converter are available. This study uses real-time data from the PV system in the area of 25.1383°N, 75.8076°E in India to analyze the boost converter or in this location, there is a change in the maximum power generated in a day due to changes in weather conditions and how much longer we can find the maximum power output due to the fluctuations. The boost converter has less switching loss and voltage stress. The FL-MPPT controller is taken into account while evaluating the effectiveness of the MPPT approach in a PV system, and the findings demonstrate that it provides the best and most steady output.