Base Knowledge
Bachelor in Mechanical Engineering or other similar areas.
Teaching Methodologies
In lectures the theoretical concepts about each alternatives energy technologies are presented.
In the practical classes there are presented some case-studies and real cases application. In some specific areas experts are invited to carry out seminars.
During the laboratory classes, the students have contact with software tools of energy systems production design and they also make visits to power plants and to local laboratories where there are systems of energy production installed. Students have to make a research and synthesis on a topic covered in class.
Assessment: Final written exam (75%); written report and its presentation (25%)
Learning Results
To familiarize students with the different forms of alternative energy sources, namely renewable energy sources, and with its basis concepts of energy production. To develop the knowledge and analytical skills needed for selection of the more appropriate alternative energy systems. To investigate and select solutions of production of energy from alternative energy sources, taking into account factors such as efficiency, safety, environmental impact and economic incentives.
Program
Introducing alternative energy sources: installed power; contribution to a sustainable future.
Legislation and economical aspects: policies; incentives; small generation: self consumption and to sell
Solar photovoltaics: solar radiation; PV technologies; electrical characteristics; PV systems.
Geothermal energy: overview; geothermal resources; applications; ground source heat pumps.
Fuel cells: overview; fuel cell technologies; applications; hydrogen production.
Solid biomass: combustion systems; applications; design considerations.
Biogas: production and exploitation; environmental benefits and impacts, applications.
Liquid biofuels: production; application in transports.
Wave and tidal energy: technologies; future prospects.
Hydroelectricity: small scale hydroelectricity; technologies; applications.
Wind energy: potential; technologies; design considerations; applications.
Solar thermal energy: introducing solar thermal energy; solar thermal energy systems; design and considerations.
Internship(s)
NAO