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Heating Stations and Energy Networks

Type of study Follow-up Master
Language of instruction English
Code 361-0514/10
Abbreviation TRE
Course title Heating Stations and Energy Networks
Credits 5
Coordinating department Department of Power Engineering
Course coordinator prof. Ing. Stanislav Honus, Ph.D.

Subject syllabus

1. Place of heating industry in CR. Characteristic system of central heat supply (CHS). Determination needs of heat.
2. Time course of needs heat. Option sources, system and conception.
3. Sources of CHS. Heating plants, heat station, combined heat and power units,other and renewable sources.
4. Schematics, efficiency, site rated power output, option of the number of unit. Fulfilment CHS.. Interface of divorce to source warm. Prime handed station steam and hot-water.
5. Heating plants. Sorts and outputs. Types of boilers. Heat station with steam turbines. Combined heat and power troop combustion engine and combustion turbines. Unitage, installed capacity.
6. Heat and gas nets.
7. Calculation calibre pipeline. Standardization, DN and PN.
8. Calculation compressive and heat wastes in divorces.
9. Hydraulic situation in hot-water divorces. Manners lead pipeline. Material and equipment of divorces heat.Corrosion of pipeline.
10. Consumer's house station,. Division, types and construction. Heat exchangers . Calculation of exchangers.
11. Multitube and plat exchangers. Fulfilment exchange station stations, regulation supplies of heat, control chart warm - water system. Automatization of operation.
12. Gas appliances, transport gas in tanks.
13. Economy operation CHS. Comparison with by other means supply of heat. Dividing loads on CHS.
14. Legislature in the area energetics and gas industry. Energy act, law about energy management, public notice.

Literature

IRCHIS, J. ed. Combined production of heat and power (co-generation). Elsevier Science Publishers, London, 1990. ISBN 1-85166-524-2.
ORLANDO, J. A. Cogeneration planner's handbook. Tulsa: PennWell, c1991. ISBN 0-87814-674-1.

Advised literature

PEHNT, Martin. Micro cogeneration: towards decentralized energy systems. Berlin: Springer; [München], c2006. ISBN 3-540-25582-6.