Thesis Proposal: Optimization Of Bop For A Reversible Soc

Thesis Proposal: Optimization of BoP for a Reversible SOC The Centre for Sustainable Energy is looking for a young student interested in a master's thesis experience in the field of Sustainable Energy.
This master thesis opportunity focuses on the optimization of Balance of Plant (BoP) components for reversible Solid Oxide Cell (SOC) systems, aiming to enhance the overall efficiency and performance of these advanced energy conversion devices. Reversible SOC systems have garnered significant attention for their potential to facilitate efficient and sustainable energy storage and conversion by seamlessly switching between electrolysis mode (producing hydrogen) and fuel cell mode (generating electricity from hydrogen). However, the successful integration of reversible SOC systems into practical applications requires careful design and optimization of the supporting BoP infrastructure to ensure optimal system operation, reliability, and cost-effectiveness.
Planned Activities The activities include modelica model and validation and simulation activities in HEX with multiple fuel inlet and BoP optimization.
Requirements Enrolled in master's degree in Energy Engineering, or equivalent;Good knowledge of physics;Good knowledge of modeling dynamic and steady state and optimization;Basic programming skills.How to Apply All interested parties are asked to fill out the online form by clicking on "Apply Online" in the "Internship opportunities" section, attaching the following documents in .pdf format:
Curriculum vitaeMotivational letterFor any details about the internship activity, please contact: Matteo Testi at ******

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