Development of control techniques for power electronic systems for the emulation of wind profiles under variable operating conditions

This project focuses on the development and implementation of a wind power generation emulation platform for technical-educational purposes. The fundamental goal is to investigate and validate advanced control strategies for power electronic converters, aiming to improve energy generation efficiency in response to variable wind conditions, a critical aspect in specific wind farm locations. The proposed solution involves replicating and utilizing previously designed multilevel power electronic converters, supplemented by the acquisition and integration of key components such as an induction machine to emulate wind and a doubly-fed wound rotor machine acting as the generator. The methodology includes the design, acquisition, and physical assembly of these components, followed by the development and implementation of control algorithms within a controlled laboratory environment, recreating real national wind profiles. This effort seeks to overcome current limitations in addressing region-specific controls, offering a robust tool for research and continuous improvement of wind turbine efficiency.<br/><br/><b>Goal</b>: <br/>The main objective is the assembly of a wind power generation emulation platform to evaluate and optimize various control strategies aimed at maximizing wind energy production efficiency under variable operating conditions.<br/><br/><b>Research lines</b>: <br/>Optimization of energy and renewable energies