Week 1:
Download the detailed program for week 1 (subject to change)
Introduction to Electrochemistry and Thermodynamics
Introduction to Solid State Chemistry and Ionics
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Introduction to SOFC / SOE
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Introduction to LTFC & Electrolysers
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Introduction to Batteries
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- electrolyte materials
- anode materials
- cathode materials
- cell and stack designs
- manufacturing
- characterisation
- modelling
- degradation
- system technology
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- electrolyte materials
- anode materials
- cathode materials
- cell and stack designs
- manufacturing
- characterisation
- modelling
- degradation
- system technology
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- electrolyte materials
- anode materials
- cathode materials
- cell and stack designs
- manufacturing
- characterisation
- modelling
- degradation
- system technology
- beyond Lithium
- metal-air batteries
- all solid state batteries
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- power to gas
- power to fuel
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Week 2:
Download the detailed program for week 2 (subject to change)
Fuel Cell Vehicles, Business Development, Modelling Master Class |
Fuel Cell Vehicles |
Modelling Master Class |
Business Development |
- Status of FC cars
- Designing and building hydrogen fuel cell vehicles
- Drive Trains
- Vehicle Fuel Cells & Fuel Cell Systems
- Lightweight vehicles
- Vehicles & Markets
- Hybrid drive trains
- Vehicle Batteries
- FCV System Analysis WTW, TCO, LCA
- Outlook & Scenarios
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- Basics of FC Modelling and Mathematical Tools
- Introduction to MATLAB
- CFD Modelling
- Thermomechanical modelling
- From 0d to 3d modelling
- Thermodynamical and Kinetics Modelling
- Multiphysics modelling
- Student project 1
- Exercise / Discussion
- Student project 2
- Student project 3
- Student project 4
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- Innovation Management
- Financing a business
- Introduction to Business Development
- Creativity & Ideation
- Patents and Copyrights
- Exercises, Case Studies
- Introduction to Fuel Cell Business Futures
- Market Introduction Strategies
- Case Studies I: Ideation
- Funding Sources
- Due Diligence, Investment Decisions, Technology Deals
- Business Case Study
- Outlook
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