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Renewable Energies

Scholar Year: 2020/2021 - 2S

Code: EM32249    Acronym: ER
Scientific Fields: Termodinâmica Aplicada
Section/Department: DEM - Department of Mechanical Engineering

Courses

Acronym N. of students Study plan Curricular year ECTS Contact time Total Time
EM 10 6,0 75 162,0

Teaching weeks: 15

Head

TeacherResponsability
Paulo Rodrigues Madeira CostaHead

Weekly workload

Hours/week T TP P PL L TC THE EL OT OT/PL TPL S
Type of classes 3 2 0

Lectures

Type Teacher Classes Hours
Theorethical and Practical classes Totals 1 3,00
Madeira Costa   3,00
Prática Laboratorial Totals 1 2,00
Madeira Costa   2,00

Teaching language

Portuguese

Intended learning outcomes (Knowledges, skills and competencies to be developed by the students)

Acting towards a sustainable use of energy, especially as regards the use of renewable energies.

Syllabus

I. ENERGY ECONOMICS

II. SOLAR ENERGY
A. Solar radiation: characterization. physical and geometric; climatic data
B. Passive climatization systems
C. Active thermal systems
Types of installations and collectors. Solar lakes.
Yield of solar collectors
Sizing of solar installations
Financial analysis of investments; Thermal-economic optimization
Normalization
Realization of solar installations
D. Photovoltaic systems

III. WIND ENERGY
A. Potential and constraints
B. Main forms of abstraction

IV. BIOMASS ENERGY
A. Potential and constraints
B. Anaerobic digestion with biogas production; cogeneration
C. Alcoholic fermentation

V. GEOTHERMAL ENERGY

Software

SolTerm


Teaching methodologies

Oriented Rediscovery.
Troubleshooting.
Conducting laboratory tests with report writing and oral discussion.
Practical work

Assessment methodologies and evidences

Distributed evaluation with final exam.

Final Grade = (Test average or Exam) x 0.6 + Meas. x 0.2 + Labor.Pr. x 0.2
c / (Test average> = 10 and Tests> = 9) or Exam> = 10; Avg. Lab.> = 9

In the written tests (Tests and Exams), in the practical part, it is allowed to use a "form" / "memory aid" of 1 p.A5, handwritten by the student, original, delivered at the end of the exam.

Even those who can not dismiss the exam can (and should) carry out the tests, with the aim of studying the subject and seeing how this study is working.

Laboratory test reports are delivered at the end of class. During the examination period, it is possible to recover up to 2 tests (if they have been absent for reasons that are reasonable), if approval is required.

All components of the evaluation are subject to oral (eg Laboratory, Note> 15).

2018/19 academic year
Test 1 (25%): Mar- h;
Test 2 (37.5%): Mai- h;
Test 3 (37.5%): Jun- h.

Primary Bibliography

P. Madeira Costa;Texto sobre "Instalações e Tecnologia solares" (SI e Reprografia)
Transparentes das aulas; textos sobre "Energia eólica" e "Biomasa" (Reprografia)

Secondary Bibliography

ASHRAE Handbook 2003-Applications
ASHRAE Handbook 2004-Systems and Equipment
Matthew Buresch;"PHOTOVOLT. ENERGY SYSTEMS - Des. and Install." , McGraw-Hill
"SOLAR ENERGY" - Vol.28, Nr.3, ISES, 1982
F.Kreith; J.F.Kreider;"Principles of Solar Engineering", McGraw-Hill
Howell; Bannerot; Vliet;"SOLAR THERMAL ENERGY SYSTEMS", McGraw-Hill
J.A.Duffie; W.A.Beckman;"SOLAR ENGINEERING OF THERMAL PROCESSES", Wiley-Intersc., 2ªEd., 1991
R.Eden; M.Posner; R.Bending; E.Crouch; J.Stanislaw; "ENERGY ECONOMICS" , Cambr.Univ.Press
Josué Morais;SISTEMAS FOTOVOLTAICOS - Da teoria à prática
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