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Renewable Energies and Distibuted Power Generation
Scholar Year: 2013/2014 - 2S
Code: |
EEC22132 |
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Acronym: |
ERPD |
Scientific Fields: |
Electrotecnia e Sistemas de Potência |
Occurrence: 2013/2014 - 2S
Courses
Acronym |
N. of students |
Study plan |
Curricular year |
ECTS |
Contact time |
Total Time |
EEC |
23 |
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2º |
5,0 |
60 |
135,0 |
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2º |
5,0 |
60 |
135,0 |
|
2º |
5,0 |
60 |
135,0 |
ResponsibilitiesTeacher | Responsability |
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Paulo Jorge da Costa Santos | Head |
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Teaching language
Portuguese/English
Aims
Program
PROGRAM
1- Introduction
Energy, definition and concepts, brief history of its use.
Energy consumption and progress, the change of energy paradigm and energy policies.
The rational use of energy (RUE).
2- Energy
Traditional fuels and environmental problems related to its use. Sustainable development.
Environmental problems related to the use of energy. Renewables and sustainable development.
3- Renewable Sources
3.1 - Solar and Photovoltaic Solar Energy
Introduction.
Photovoltaic effect and photosensitive materials
Medium power applications.
Microscopic and Macrocopic structure of the solar cells.
Mathematical model.
Application connected to the electrical distribution network.
3.2 - Wind Energy
Introduction.
The Wind Resource.
Energy calculations.
The technology.
3.3 - Mini Hydric Energy
3.4 - Others Renewable Sources.
4. Economic evaluation of the Renewable Sources.
Software
MATLAB, e software baseado em aplicações (ex:Excel, Power Point)
Keywords
Technological sciences
Technological sciences > Engineering > Electrical engineering
Teaching methods
Theoretical exposition classes, with occasional support on transparencies. Practical classes to solve applications. Laboratory classes to solve simulation works. Visits to the Renewable Sources.
Assessment method
Final Mark
Minimum global classification - 10 V
Research work 40%
Exam 60% (minimum classification 9,5 V)
Exams and special assignments
Final writen examination.
With a research work for develop during the period.
The research work are presented to the class.
The student are encouraged to developing a final paper with the results of the work.
Primary Bibliography
DUNN, P. D.;Renewable energies: sources, conversion and application, London : Peter Peregrinus, 1986. ISBN: ISBN: 086341-039-1. |
Boyle, Godfrey;Renewable energy. ISBN: 0-19-856451-1 |
Tony Burton, David Sharpe, Nick Jenkins, Ervin Bossanyi;Wind Energy Handbook, John Wiley & Sons, Ltd, 2001. ISBN: 0 471 48997 2 |
Paulo Santos;Sebenta de Energias Renováveis (folhas), Responsável da disciplina, 2009/2010 |
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