- To understand the role of hydrogen in stationary applications for energy efficiency.
- To analyse the impact of hydrogen in mobile applications for sustainable transport.
- To explore the use of hydrogen in portable applications for enhanced device autonomy.
- To identify Power-to-X processes and their benefits in energy conversion.
- To evaluate hydrogen storage solutions in different application contexts.
- To comprehend hydrogen's environmental impact and its potential to reduce emissions.
- To assess the economic viability of hydrogen technologies in various sectors.
UNIT 1. STATIONARY APPLICATIONS 1. Large-scale power production 2. Decentralized power generation systems 3. Power microgeneration systems 4. Uninterruptible Power Supply Systems (UPS) 5. Heat-energy combined systems UNIT 2. MOBILE APPLICATIONS 1. Introduction and future perspectives on mobile applications 2. Forklift trucks 3. Passenger cars and buses 4. Air mobility and maritime mobility 5. Other vehicles UNIT 3. PORTABLE APPLICATIONS 1. Reversible fuel cells 2. Space applications 3. Micro fuel cells 4. Portable generators 5. Other systems UNIT 4. POWER-TO-X 1. Power-to-X. Basis and concepts 2. Power-to-Gas (PTG) 3. Power-to-Liquid (PTL) 4. Power-to-Heat (PTH) 5. Hydrogen and applications worldwide