Evaluation of different control strategies and algorithms for smart electrical grids, energy storage devices, electrical systems, motors and power converters. Analysis of performance. Proposal and initial evaluation of alternative, complementary or improved solutions

Evaluation of customer’s control strategies and algorithms for smart electrical grids against different use cases. Analysis of performance. Proposal and initial evaluation of alternative, complementary or improved solutions to maximice the capabilities and perfomance of the proposed solution in objective use cases. The result will be a pilot application to evaluate the different algorithms for a specific use case and to show potential of other advanced/improved technologies. The target audience: energy systems developers and energy storage companies seeking to optimize their control strategies and hybrid energy storage solutions. Additionally, in the realm of power converters and electrical systems, evaluating the performance of advanced algorithms is paramount to ensure efficient operation and optimal functionality. This service aims to provide a comprehensive analysis of various advanced algorithms and their effectiveness in controlling power converters, designing active filters, and managing electrical systems. The evaluation is conducted through a series of tests utilizing predefined simulation models, such as motors, electronics loads, etc., implemented in the Hardware-in-the-Loop (HIL) and Power Hardware-in-the-Loop (PHIL) environments. Target audience: manufacturers of power converters and electrical systems.