Hardware design of Multi Input and Multi Output MIMO Converter

Abstract

The futuristic technologies and new dimensions of the digital world makes a perfect combination to increase the power demand which make people to move towards advancement in the field of research in DC -DC power converters. The concern over the energy availability is based on the rapid building of Organizations and development in people's population. These factors influence renewable energy sources on industries and commercial has become more important today so people started moving towards renewable energy resources due to the merit of Renewable Energy Sources over conventional energy resources and also it causes less amount of pollution when compared to conventional energy resources. The role of energy converter in a electrical system is to make the availability based on the requirement and having control over the power generation depending upon rata of change of demand in the consumer side load. Nowadays the application of energy converter is in wide range, which covers majority of field applications and the advancement in the semi conductive materials also plays a major role in the improvement of various performance parameters of the power converters. Various factors like compactness, weight, performance during stationary and run time has been improving on the daily basis. The reliability and stability issues of the power generated by renewable energy conversion system has been processed and stabilized with the help of power converter systems configuration. The intermittency issues occurring has been solved with the help of multiport converters. Our proposed project is implemented on design basis of variable multiple input-output converter which delivers continuous power supply to the loads by means of multi input sources such as solar and battery. The continuous power supply is generated by bridging multiple power sources and it acts as a very efficient power supply to the multiple AC/ DC loads. The proposed system is designed to fit in the field of Electric vehicle and Hybrid Vehicles where the harvesting of energy will be considered from multiple sources. The converter operates in different mode based on the power requirement from the consumer side. The proposed system hardware was designed and implemented along with performance analysis. The proposed system has been analyzed and its characteristics were discussed in this research paper.