Electrical Grid Management in a Sustainable Energy Transition: Synchronization and Control, Design for Renewables and Applications

Abstract

Additionally, universities must adopt practical, innovation driven education methods to prepare engineers capable of addressing real world sustainability challenges. The objective of this thesis is to contribute to the management techniques of the electrical grid for the sustainable energy transition. Specifically, it aims to propose synchronization techniques, including detailed analysis and control strategies; to design grid connected renewable energy and energy storage applications that enhance the security and stability of the grid by minimizing fluctuations; and to analyze relevant case studies that address key aspects of sustainable grid management. These case studies include strategies to reduce power blackouts and improve energy efficiency, applications that raise public awareness about sustainability indicators, and modern teaching methods for university students to support the development of future engineers for both scientific and theoretical aspects. This study contains several key methods to achieve its objectives.