Investigating of Bi-Directional converter for hybrid renewable energy for a grid-connected and isolated load system

Abstract

Even though both developed and developing countries now have a better idea of the types of energy they can expect to access in the future, they are investing more time and resources into researching and developing renewable energy sources of all kinds. The work involved in producing, and dispersing load is substantial. Hybrid renewable energy systems, which include battery backup, have proven to be a productive area of study and development all over the globe. Most of the studies' primary attentions are on hybrid renewable energy systems. Wind and solar power are two renewable energy sources with great promise and real-world applications. Wind resources in India are plentiful, and the country also has excellent solar potential. The hybrid system's most notable difficulty is maintaining consistent voltage. A synchronous generator is desirable due to its low maintenance requirements and high mechanical durability. The Bi-Directional Converter A hybrid system is analyzed here; it is used to share power between a standalone load and the grid. This system is powered by a combination of solar and wind energy. The PWM inverter is used to make the asynchronous generator's voltage output more consistent. The work is simulated with the help of MATLAB simulation tools.