DEVELOPMENT OF A SMART BIDIRECTIONAL CONVERSION INTERFACE FOR RENEWABLE STORAGE SYSTEMS

Abstract

This initiative aims to enhance the reliability, efficiency, and energy management capabilities of existing power applications by developing a clever two-way conversion interface for renewable storage systems. The proposed system incorporates sophisticated power electronic converters and intelligent control techniques. This facilitates the easy transfer of energy between the grid, energy storage devices, and renewable sources. The interface ensures that the energy saved is utilized as efficiently as possible while maintaining a steady voltage and power quality with both charging and discharging modes. When adaptive control techniques and real-time tracking are employed, the system reacts more effectively to variations in load and generation. Additionally, the design reduces conversion losses, harmonic distortion, and overall system efficiency. Microgrids, solar photovoltaic systems, and electric car energy management all benefit from the new smart interface. Finding adaptable and durable energy solutions is made simpler as a result.