Enhancing Power Quality in a Solar Powered Bidirectional Smart Grid with Electric Vehicle Integration

In order to integrate solar photovoltaic (SPV) with the grid and inject actual power, a Voltage Source Converter (VSC) and a DC-DC converter are typically utilized. A single-stage conversion that uses VSC alone to achieve real power injection and Maximum Power Point Tracking (MPPT) of SPV is becoming more and more common due to its efficiency. The bidirectional converter gives supply to the battery energy storage which is present in the single-state conversion system, the simultaneous operation of real power and MPPT is achieved by creating the coordination between the VSC and DC to DC converter. This study proposes organizing the control of a solitary stage matrix associated SPV and BES framework with energy the board. Composed control of a solitary stage matrix associated SPV and BES framework is prescribed notwithstanding energy the board. Wherein the algorithm uses the battery's State of Charge (SoC) to coordinate the bidirectional DC to DC converter and VSC in order to perform MPPT and power injection at the same time. In addition to injecting actual power, the suggested method minimizes imbalanced neutral current and compensates reactive power in the load.