Analysis of Combination Power Generation Using Renewable Energy Sources and Its Applications

Abstract

In this study, we discuss effective energy management for a micro grid powered by solar PV, wind, and batteries. Both the solar fuzzy logic controller-based MPPT technique and the use of wind PMSG generators to increase power output are being studied. Bi-directional de-de converters and diode-based bridge rectifiers are used to integrate solar, wind, and battery energy sources. The efficiency with which these power converters operate will have an impact on how well a hybrid power generation performs. In this study, more precise fuzzy controllers are suggested for use with these power converters. Two situations, such as variation in RE sources with a constant load and fluctuation in load demand with constant RE sources, are examined for the proposed fuzzy controller-based hybrid micro grid. The proposed fuzzy logic controllers-based hybrid micro grid energy management approach makes stable energy management converters of power energy management. The technologies employed with solar hybrid systems for energy storage are thoroughly detailed in this chapter. Particularly discussed are several varieties of rechargeable batteries, as well as their chemical and physical compositions and electrical output properties.