A Review on the Reliability Of AC/DC Composite Distributed Generation While Taking into Account Bidirectional Power Flow Through Interlinking Converters

Abstract

This paper presents the review and analysis of, to ensure stability of hybrid microgrid when bidirectional power flow from AC to DC and vice versa. The hybrid microgrid is consist of an AC & DC microgrid station powered by a diesel generating set with an energy storage system, a solar PV (Photovoltaic) array, wind mills and battery are utilized. When increase the consumer demand of electricity then at that time grid can be supply power to full fill their requirement. After completing consumers energy demand grid can stored remaining generating energy into the battery. to maximise grid reliability the microgrid can be use of battery unit. By production of electric energy from conventional power plant it can pollute the environment on a global scale.Adoption of renewable energy sources for production of electricity is tremendous opportunity to reduce environmental pollution. the hybrid microgrid can be improve their stability by using interlinking converter. As well as increase production of electric energy by using wind and solar panel and store this energy in battery. The ideal solution is provided through interlinking converter, and battery Technology. The analysis of hybrid microgrid stability improvement using interlinking converter is covered in this essay, along with the difficulties and benefits of using them as a logical step toward efficient, environmentally friendly, and sustainable hybrid microgrid.