New Insights into Energy System Decarbonization

In a groundbreaking dissertation, Steffi Misconel unveils the intricate dynamics of transforming and decarbonizing energy systems. Her research underscores the importance and economic value of flexibility options in an electricity system predominantly powered by renewable energy sources.

The Faculty of Business and Economics at the TU Dresden, in collaboration with the Dr. Feldbausch Foundation, annually honors outstanding doctoral theses with the prestigious Dr. Feldbausch Award. This year, Misconel’s remarkable work has been recognized for its profound contributions to the field. The Award ceremony will be held the next 21 May in Dresden.

The focus of Misconel's dissertation, titled "Assessing the value of flexibility options for least-cost decarbonization pathways in sector-coupled energy systems," delves into the pivotal role of flexibility options. As the transition to renewable energy is vital for decarbonization, the weather-dependent nature of these sources necessitates enhanced energy system flexibility.

Misconel's extensive research explores solutions such as storage, demand response, and sector coupling—including heat pumps, electromobility, and power-to-gas-to-power technologies. These solutions are essential for balancing the grid and facilitating an efficient, cost-effective energy transition in Europe. Through energy system modeling and optimization, she investigates the best strategies to integrate renewables with flexibility options, ensuring a stable and low-carbon future.

The study aims to illuminate the interactions between these technologies, paving the way for efficient decarbonization pathways within sector-coupled energy systems. By analyzing synergies and trade-offs between flexibility options and renewable energy sources, she provides a comprehensive understanding of their role in fostering a sustainable and efficient energy future.

Here the pdf of the dissertation