2nd level Specializing Master's Programme in
Climate Change: Adaptation and mitigation solutions (2021 - 2022)
RENEWABLES

May 2nd – May 6th
Lecturer in charge of the moduleProf. Davide Poggi (DIATI, Politecnico di Torino) - DP davide.poggi@polito.it
Lecturer(s) contributing to the module
Prof. Alessandro Casasso (DIATI,Politecnico di Torino) - AC alessandro.casasso@polito.it
Prof. Vincenzo Riggio (DIATI,Politecnico di Torino) - VR vincenzo.riggio@polito.it
Deadline for the single course enrolment: April, 27th
Module Learning Objectives and Skill Acquisition
This module aims at introducing a general overview of the renewable energy sources and the main technologies, both already developed and under development, that can be employed for their correct use. The module consists in two parts. The first part defines the concepts of renewable energy and quantifies its potential on a global scale. In the second part, the basic knowledge related to the principles of operation and the performance of wind farms, hydroelectric, solar, biomass and geothermal plants will be provided. For each part, the state of the art and the short and long-scale future prospects are analyzed. The objective of the module is to acquire the fundamental knowledge related the operating principles and the performances provided by wind, hydroelectric, solar, biomass and geothermal plants.
Detailed Teaching Agenda
Part I: Renewable energy sources
Lecture topic Lecturer Hours 
Types of renewable energy, definitions and examplesDP1
Global distribution and quantification of renewable sourcesDP1
Energy mix and renewable energy targetsDP2
Part II: Renewable energy technologies
Lecture topic  Lecturer  Hours  
Solar power plants DP 2 
Hydropower plants DP 2 
Pumped Hydropower and Energy Storage Systems for Renewables DP 2 
Onshore and Offshore Wind Farms  DP 2 
Ocean Energy and Wave Energy Converters DP 2 
Biomass for the production of energy VR 3 
Geothermal energy and Shallow geothermal for building heating and cooling AC 3 
Involved stakeholdersENI, Wave4Energy, ENEL
Assessment and grading  To be defined
ECTS: 2
Hours of lecture: 20
TIMETABLE
MODALITY: in presence
DateTimeHours
   
   
   
   
   
  
Total hours20