A Single KY Boost Converter Based System Emulator for Testing Unbalanced Microgrid Using IoT

In a micro grid, Voltage Source Inverters (VSls) are often used for all types of distributed generating interfaces with Emulator. When the utility fails, the micro grid's superiority is in its ability to power the local loads constantly. When the micro grid is in islanded mode, the VSls decide the micro grid's voltage and frequency; as a result, power quality might decrease under unbalanced and non-linear loads. Micro grids must be resilient in managing the local voltage and frequency, as well as safeguarding the network and equipment linked to the micro grid, in order to operate IoT (Internet of Thing) using parallel with the grid, as an autonomous power island, and in transition modes. Microgrid based Traditional energy generation methods, such as oil and gas are not valued in the modern era because they are major contributors to pollution and global warming. To address these issues, renewable energy generation is used in this method. Furthermore, the energy derived from renewable sources exhibits emulator behavior to overcome these issues, proposed method employs a variety of power electronic devices, including inverters, active LC filters, voltage regulators, power quality conditioners, and KY Boost converters. Among these power electronic devices, KY Boost converters are particularly effective for regulating DC voltage and increasing the efficiency of renewable energy systems. The output result topology plays a vital role for optimal operation and gives better efficiency in both hardware experimental setup and software simulation output.