POWER SYSTEM TO ASSESS THE ROUTES IN SMART GRIDS USING POWER ELECTRONICS

Power networks undergo a paradigm shift from a clustered to a distributed generator to intelligent grids. In this article, it shows that future control systems are power electronics built on a wide range of incompatible players, instead of electrical machines and how to ensure that these players operate together and sustain system reliability is the key problem behind this paradigm shift. Later, the project intends to unify the integration and connectivity of these players with the grid by running the converters involved as virtual synchronic machinery enabled machine learning, with a focus on the synchronization process of machinery that has sustained the growth and operation.