Energy Management System based on Interleaved Landsman Converter using Hybrid Energy Sources

Abstract

To suggest a hybrid AC/DC source that would eliminate the need for numerous dc-ac-dc or ac-dc-ac conversions in a single ac or dc grid. In the modern era, the population of people is more. Employment has increased. The number of industries and factories set up in India has increased in recent days. Also, there is lots of work to be done and therefore the need for energy consumption is being increased. In upcoming days, the electricity production in India might be privatized. Cost of production may increase. Hence, there might be a chance of demand in production. The occurrence of power cuts has increased due to this. In order to correct this issue, if moved to renewable energy resources, it will be a better solution to manage and use power in a more efficient way. A hybrid renewable energy source combines one or more renewable energy sources, such solar and wind, to increase system efficiency and improve energy supply reliability to some extent. The interleaved landsman converter will produce steady output voltage and current for the load from the sources linked to it. In the simulation test, the interleaved landsman converter stabilizes the renewable resource energy; if the primary hybrid source fails, the secondary battery source, which is charged by the solar panel, negates it. Wind and solar energy are combined and used as hybrid energy sources. The proposed model is implemented in MATLAB simulation.