Control And Management of Solar PV Grid Using Scada System

The design and construction of a supervisory control and data acquisition (SCADA) system for remote control and monitoring of grid-connected inverters are described in this thesis. As the number of battery energy storage systems linked to the grid increases, the number of inverters connected to the power system increases as well. Utility providers' capacity to monitor and control any inverters linked to the grid is critical for network stability, enhancing power quality, and maintaining stable energy pricing. critical aspects that must be included in a low-cost SCADA system for grid-tied inverters to ensure its effectiveness Several SCADA systems were evaluated throughout the inquiry to discover if they could be used to meet the standards. The SCADA system has been significantly improved based on test results, and a server based on the Internet of Things (IoT) has been retained as the system's primary component. To be successful, the SCADA system required automatic management of the inverter, taking into account changes in energy pricing and fluctuations in renewable energy generation over time. This was important to optimize the economic benefits of the inverter. The results indicate that the SCADA system created met the research's requirements and that the wind prediction algorithm maximized the project's economic advantages.