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Energy management
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Energy management
Code: 143488
ECTS: 3.0
Lecturers in charge: prof. dr. sc. Igor Sutlović
Take exam: Studomat
Load:

1. komponenta

Lecture typeTotal
Lectures 30
* Load is given in academic hour (1 academic hour = 45 minutes)
Description:
1. History of energy use in World and Croatia. Access to energy as prerequisite to society development.
2. Energy classification: primary, transformed, useful.
3. Classification of energy consumption. World and Croatian statistics. Energy consumption vs. population and BDP. Energy intensity.
4. Energy consumption scenarios. 3A scenario, Accessibility, Availability, Acceptability.
5. Fossil fuels. Oil conventional and nonconventional. Origin, reserves, transport, composition, refining and use.
6. Natural gas. Conventional and nonconventional. Origin, reserves, composition, refining and use. Pipeline and LNG transport.
7. Coal. Origin, reserves, transport, composition, use. Environmental impact and its future. BAT.
8. Combustion. Stoichiometric relations. Air excess and NOx production. Alternative fuels.
9. Hydro power plants. Installed capacities in World and Croatia. Basic types of hydro turbines. Hydro power plants review in Croatia. Small hydro.
10. Strategic energy infrastructure in Croatia. national and regional role.
11. Energy transformations and environment. Combustion of fossil fuels and CO2 emission.
12. Green house effect. Definition, antropogenic impact. Climatic policies and low carbon society.
13. RES. definition and classification, basic physical principles of PV and WP. Biomass. Climatic goals and RES.
14. Operational characteristics of RES and their impact to grid. Cost of electricity from RES and their financing. major projects in Croatia.
15. Energy consumption in buildings. Structure of consumption. Review of buildings in Croatia in respect of their energy characteristics.
Learning outcomes:
  1. Based on historical data evaluate trend of energy consumption.
  2. Know basic energy transformations.
  3. Suggest decreasing of environmental impact due to energy transformations on local level.
  4. Evaluate compatibility of national and EU climatic policies.
  5. Evaluate role of renewable energy sources in achieving climatic goals.
Literature:
  1. Nastavni materijali iz Upravljanja energijom, Cjeloviti materijali iz kolegija Upravljanje energijom, I. Sutlović,
  2. Energija u Hrvatskoj, Statistički pkazatelji vezani uz energiju., Grupa autora, Ministarstvo gospodarstva i održivog razvoja,
  3. British Petroleum Energy Outlook, Statistički podaci vezani uz energiju u svijetu, Grupa autora, British Petroleum,
  4. Energy and Enevironment, Renewable Energy, Časopisi iz područja energetike i okoliša, Grupa autora, Elsevier,
Prerequisit for:
Enrollment :
Passed : Analytical chemistry
Passed : Applied computer sciences
Passed : Calculus II
Passed : General and inorganic chemistry
Passed : Introduction to environmental engineering
Passed : Microbiology
Passed : Physics II
6. semester
Mandatory course - Regular studij - Environmental Engineering
Consultations schedule: