2. Sustainable Energy Technologies MSE0290
Introduction
Eduard Latõšov

3. List of Contents
Contacts
Timetable
General information
Course aims
Learning outcomes
Obligatory parts
Course notes
Course structure
Definition

4. Contacts

5. Contacts (1/2)
Phone:

6. Contacts (2/2)
Institution and position
Education

7. Timetable

8. Timetable(1/1)
8 days
8 x 3 h = 24 h

9. General information

10. General information (1/1)
European Credit Transfer and Accumulation System
More information:

11. Course aims

12. Course aims (1/1)
1. To introduce the basis of development of sustainable energy technologies
2. the types of renewable energy sources,
their using options and effectiveness, indicators
3. the working principles of facilities and their calculation fundamentals
  4. To develop a systematic, scientific basis picture of the world, based on sustainable energy technology.
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13. Learning outcomes

14. Learning outcomes (1/1)
1. Knows the basis for the development of sustainable energy technology.
2. Familiar with different types of renewable energy sources.
3. Can determine the principles and methods of renewable energy resources. 
4. Knows energy conversion devices and working principles of renewable energy sources.
5. Able to assess how and where to implement renewable energy sources in the local energy supply system.
6. Able to size a renewable energy devices and analyze the resulting energy savings. 
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15. Obligatory parts

16. Obligatory parts (1/1)
- Energy source presentation (evaluation – only acceptance is needed.)
- Exam five (5) theoretical questions  need short answers. max 20% for each question, total 100% (list of questions available)

17. Course notes

18. WWW.VELAR.EE Course notes (1/2)

19. Course notes (2/2)
Check version!

20. Definition

21. COURSE TITLE: Sustainable Energy Technologies
Definition (1/5)
COURSE TITLE: Sustainable Energy Technologies ?
Sustainable energy systems
Sustainable energy technologies
Sustainable energy sources

22. Definition (2/5)
The term, sustainable development, was popularized in Our Common Future, a report published by the World Commission on Environment and Development in Also known as the Brundtland report, Our Common Future included the “classic” definition of sustainable development:
“development which meets the needs of the present without compromising the ability of future generations to meet their own needs.”
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23. - economic development, - social equity, - environmental protection.
Definition (3/5)
It is generally accepted that sustainable development calls for a convergence (overlap) between the three pillars of
- economic development,
- social equity,
- environmental protection.

24. Definition (4/5)
better efficiency,
better cost effectiveness,
better use of energy resources,
better environment,
better energy security
better sustainable development.
New Science for a Secure and Sustainable Energy Future
George Crabtree
Marc Kastner
Co-chairs, New Era subcommittee
Sustainability Profile
lasts a long time
does no harm
leaves no change

25. SUISTANABLE IS NOT ALWAYS EQUAL TO RENEWABLE
Definition (5/5)
WHY SUSTAINABLE TECHNOLOGIES, ENERGY SOURCES AND SYSTEMS?
Limited availability of fossil fuels and the need to reduce greenhouse gas emissions call for fundamental innovations in the global energy landscape (meet the needs of the present without compromising the ability of future generations to meet their own needs).
Sustainable energy and renewable energy technologies, such as bio-energy, solar energy, wind energy and hydrogen, play a key role in tackling these issues, especially given people’s determination to maintain or improve their living standards.
Combined heat and power and cooling! – not always renewable, but sustainable.
SUISTANABLE IS NOT ALWAYS EQUAL TO RENEWABLE

26. 5. CHP, FUEL CELLS, GEOTHERMAL, …
COURCE STRUCTURE
Sustainable Energy Technologies / Sources
1. WIND
2. SOLAR
3. HYDRO
4. BIOMASS
5. CHP, FUEL CELLS, GEOTHERMAL, …

27. PRESENTATION TIME: >1 hour
COURSE STRUCTURE
Presentation structure
Expected structure:
NOT COMPULSARY
NATURE OF ENERGY SOURCE
(what is …. wind, solar radiation, biomass?)
USAGE & POTENTIAL
(world, …)
TECHNOLOGIES/TECHNICAL SOLUTIONS
(working principles, energy produced)
HOW BENEFITS SUSTAINABLE DEVELOPMENT PRINCIPLES
PROS and CONS
PRESENTATION TIME: >1 hour

28. Any questions?