Introduction to renewable energy role. Critical analysis of technology
potentialities. Wind energy, aerodynamic design and management
criteria for small and large size machine. Wave energy: theoretical
analysis and examples. Thermal dissociation of hydrogen. Desalination
with solar energy. Advanced system for the thermal storage.
Concentrating solar systems. Solar cooling. Advanced systems for the
biomass exploit.
"Renewable Energy" - by Godfrey Boyle -Publisher: Oxford University
Press, USA; 2 edition (May 6, 2004)
ISBN: 978-0199261789
Integrative handout given in the classroom
Learning Objectives
In depth Technical knowledge of the main energy systems based on
renewable energies. Analysis of the current research developments in the
field of renewable energies.
Prerequisites
Basic knowledge on applied engineering thermodynamic, aerodynamic
and renewable energy
Teaching Methods
Face to face lessons, guided exercises, seminars
Type of Assessment
Oral examination
Course program
Introduction to renewable energy role and diffusion.
• Wind energy: analysis of large size and small size turbine (both
with vertical and horizontal axis)
• Wave energy: theoretical analysis, possible typologies and
examples of existing applications.
• Thermal dissociation of hydrogen by means of solar energy or
recovered heat.
• Solar energy and desalination: reverse osmosis systems coupled
with photovoltaic panels and thermal desalination coupled with flat
panels. Technical and economic feasibility.
• Advanced system for the thermal storage (sensible and latent
heat).
• Parabolic, tower and disc systems for high temperature solar
energy conversion.
• Solar cooling with absorption systems
• Advanced systems for the biomass exploit.