AI - Inspired Power Electronics Converters and Controlling Renewables

State-of-the-art technology, newly developed control strategies as an example with Hybrid ANFIS-PSO and Lyapunov function for Power Converter configuration for Fuel Cell – Vehicular Power Train (FC-VPT), Renewables, and Microgrids application will be discussed with the presentation. New power converters with the new modified version are viable and cost-effective solutions with reduced size and increased efficiency. The comprehensive review and comparison of different control strategies for grid-connected/anti-islanding operation, Maximum power point tracking with partial shading conditions, and suitability for various applications will be discussed in the presentation, avoiding Phase-loop Lock (PLL). Therefore, ensure the demand for the vehicles' grid-connected systems, motor, and EV power trains.

The power electronics converters and control strategies play a crucial influence in boosting the renewables' (PV, wind, fuel cell stack, batteries) power through voltage conversion. Several power converter topologies, along with control algorithms, are proposed for various grid-connected and vehicular applications. Finally, the advantages/disadvantages will be pointed out in the presentation for each converter's prominent features, challenges, and application for fuel cell (FC) technology, EVs, Microgrids, and Renewables.