Grid Optimizing Grid Modernization Using MPPT (P&O) and LC Filters

Abstract:-This paper investigates the power demand of a microgrid and the benefits of integrating a power electronics-enabled Energy Management System (EMS). A detailed analysis is conducted on the power demand of a single-family household, highlighting the limitations of peak power demand on the commercial electricity grid and the impact on connected installations. The field of power and energy management in the context of electric vehicles (EVs) is a relatively new area, spanning multiple disciplines. One of the key challenges in EVs with multiple energy storage systems is managing energy consumption efficiently. This involves determining optimal power distribution, managing energy expenditure, and developing effective methods for interfacing between various energy storage systems. These efforts ensure that both propulsion and auxiliary loads are met without compromising vehicle performance. Additionally, to manage complex control functions such as mode selection, generator scheduling, blackout prevention, and fault tolerance, a Power Control Module (PCON)-based distributed Power and Energy Management System (PEMS) is developed. The proposed control framework is validated in real-time using a Real-Time Digital Simulator (RTDS), demonstrating its effectiveness in addressing energy management challenges within these advanced systems

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