The course provides the fundamentals of the hydrogen technology, using it as a way to store energy. Hydrogen production methods are presented, but more special attention is paid to electrolysis as a mean for producing hydrogen from renewable energies. Hydrogen storage methods are described and it is explained process of electrical energy generation from hydrogen by using fuel cell technology. Below are details of the approximate weekly dedication of each lesson in hours, taking into account the visualization of the videos and the realization of the quizzes associated with each unit.
Week 1 (3 hours)
-Lesson 1. Hydrogen overview
-Lesson 2. Hydrogen production ways
Week 2 (5 hours)
-Lesson 3. Hydrogen production by electrolysis technology
Week 3 (2 hours)
-Lesson 4. Hydrogen storage technology
Week 4 (3 hours)
-Lesson 5. Fuel cell technology
Week 5 (3 hours)
-Lesson 6. Fuel cell applications
Week 6 (3 hours)
-Lesson 7. Voltage generation in a fuel cell
Week 7 (4 hours)
-Lesson 8. Polymer electrolyte membrane fuel cell
Understanding industrial electrolysis processes
Capacity of sizing an electrolyzer
Capacity of sizing the storage system
Understanding electricity generation through the use of fuel cells
Ability to select and size a fuel cell.
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Use of content and licenses
- Lesson 1 - Hydrogen overview
- Lesson 2 - Hydrogen production ways
- Lesson 3 - Hydrogen production by electrolysis technology
- Lesson 4 - Hydrogen Storage Technology
- Lesson 5 - Fuel Cell Technology
- Lesson 6 - Fuel Cell applications
- Lesson 7 - Voltage generation in a fuel cell
- Lesson 8 - Polymer Electrolyte Membrane Fuel Cell
Carlos Sánchez Electronics Engineer, PhD (Industrial Engineering). He teach Power Electronics, Solar Photovoltaic Systems and Hydrogen as Energy Vector in different schools of the UPV. Research activity is developed in the University Institute for Energy Engineering Research from deShort Universitat Politècnica de València.
Elisa Peñalvo received her PhD at the Universitat Politècnica de València in Industrial Engineering. She has 15 years of experience in National and International Research Projects. Her research area includes: Energy Efficiency in Buildings, Integration of Renewable Energies, Consumers Demand Response and Energy Planning