Fuel Cells and Hydrogen Technology

Course Structure

1. [\'Document the project work by a paper, a poster and a presentation at an internal conference (CES) together with an appendix report, all in English.\', \'Document the work by a project report written in English.\', \'Numerical investigation of 2-dimensional flow\', \'Aerodynamic design of AAU Eco-Marathon Racer\', \'Cooling of electrical components\', "Transients studies of a boundary layer\'", \'Simulation and optimisation of refrigeration systems\', \'Characterisation and design of fuel cell system for a Shell Eco-Marathon vehicle\', \'Modelling of a fuel cell system for domestic combined heat and power plant\', \'Theoretical and experimental investigation of thermoelectric power generation devices and their applications.\', \'Modelling and optimisation of hydrogen production systems (e.g. reformers or electrolysis plants)\', \'Theoretical and experimental investigation of transient carbon monoxide poisoning in PEM fuel cell stacks.\', \'Neural network and Fuzzy logic - 5 ECTS\', \'System identification and diagnosis \\x96 5 ECTS\', \'Design and construction of an enthanol reformer in the laboratory\', \'Modelling and optimisation of an automotive hybrid fuel cell system\', \'Optimisation and process integration of an integrated fuel cell reforming system\', \'Modelling and optimisation regarding the dynamics of hydrogen storage systems\', \'Development of a fuel cell-based automobile\', \'Optimisation and adaptation of the energy system of fuel cell based combined heat and power plant systems (CHP)\', \'Advanced process integration of on-board fuel cell reforming systems\', \'Modelling and optimisation of the hydrogen storage of a hydrogen-based aircraft\']