Rahul Mulani

Topic - Mathematical modelling of the Anion Exchange Membrane water Electrolyzer for green hydrogen production: Dynamic Modeling, Validation, and Simulation • Technologien (AEMWE) • Literature research and evaluation • Develop a mathematical model of anion exchange membrane cell • Using MATLAB/Simulink, develop steady-state and dynamic models of the Electrochemical model, Mass Balance - temporal behaviour of the produced hydrogen quantities, and Heat Balance (Energy Balance). • Model validation using lit

Modelling of Hydrogen Technologies - The focus is on modeling tasks for mapping individual components, such as electrolysis, storage, and fuel cells, via their specific energy and mass balances in connection with the overall system of the production chain (e.g. power feed from the grid or directly). - Preparation and research on existing model developments and technology data - Support in the development of corresponding models and their integration into more complex systems - Support in the implementation

• Literaturrecherche und -bewertung • Grundlegend: Zellfunktion, elektrochemische Phänomene (Butler-VolmerGleichung, Tafel-Steilheit, Ionenaustauschstromdichte, Membran) • Entwicklung eines Steady-State-Modells (elektrochemisches Modell, Stofftransportmodell) • Analyse der Betriebsparameter Tool: Matlab/Simulink, Excel

- Creation of 3D CAD models and the corresponding 2D drawing derivations for engine housing and pistons as well as crankshaft with Siemens NX 10 - Assessment of manufacturability and assembly in coordination with the production areas

Main Subjects : - Automotive Electrical Systems - Heat and Mass transfer - Engineering Thermodynamics - Vehicle Technology - Automotive Computer Control Systems - Machine Dynamics - Automobile Systems