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Nicolae Darii

PhD

Electrical Compatibility in Converter-based Offshore Energy Systems

Host organisation 

DTU

Company

Siemens Gamesa 

Project Description

Offshore wind energy rapidly expands, and it is having a key role in the decarbonization of energy sector. However, this progress comes with risks as it relies on relatively new technologies. To identify potential issues, we need to correctly combine different theoretical and practical tools. By doing so, we can understand how various components, generally from different companies, interact and discover potential problems. This approach helps us assess the compatibility of different parts and pinpoint critical situations. With offshore wind becoming increasingly vital for renewable energy, it's crucial to understand which are the potential risks, with a view to effectively and ensure sustainable growth.

Supervisors

Nikolaos-Antonio Koutouloulis & Oscar Saborío-Romano

 Ranjan Sharma & Frank Martin

Background

Born in Moldova but raised in Padua, Italy, I have dedicated my academic career entirely to the electrical world. Starting with a technical institute, I pursued my bachelor's and master's degrees in Energy Engineering and Electrical Energy Engineering, respectively, at the University of Padua. Alongside my studies, I engaged in various extracurricular activities, including the Tsinghua Summer School, Venice International University, and an Erasmus program at TU Dublin. Additionally, I worked on UniZeb, a project focused on designing and developing a zero-energy building. My other passions are related to wind and winter sports, running, and generally about fiction books and all sorts of movies.

Motivation

Entering a PhD program arose from a natural interest and desire for in-depth research. My objective is to understand how to build arguments from concepts, correctly analyse and validate, and successfully defend them. As part of an industrial doctorate, I hope to address challenges and answers with real-world industrial relevance. Concurrently, I hope to learn approaches and methodologies from both academic and industrial fields, bridging the gap between theory and practice. This journey symbolizes not only an individual goal, but also a dedication to have an active role in generating cleaner energy. 

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