THERMAL SCIENCE
International Scientific Journal
ANALYSIS OF THE ELECTRICITY PRODUCTION POTENTIAL IN THE CASE OF RETROFIT OF STEAM TURBINES IN A DISTRICT HEATING COMPANY
ABSTRACT
Today, in Serbia there are several sites with installed combined heat and power facilities. The most of these plants, for various reasons, do not produce electricity. One such plant is "Energetika" (Kragujevac, Serbia), which is primarily a district heating company. Steam generator in the plant has been installed in the 1970's and has worked in one short period of time. Installed steam turbines are 8 MW and 20 MW rated power. “Energetika” in accordance with the general trend of increasing energy efficiency of production process initiated revitalization of the plant. This revitalization started with a study which approach and the results are briefly given in the paper. All results show that retrofit of facility should be acceptable for the management. Developed scenarios indicate that in the case of the limited resources optimal retrofit should start with smaller turbine (8 MW rated power) then after providing the funds should continue with the retrofit of 20 MW turbine.
KEYWORDS
PAPER SUBMITTED: 2010-04-15
PAPER REVISED: 2010-05-28
PAPER ACCEPTED: 2010-06-15
THERMAL SCIENCE YEAR
2010, VOLUME
14, ISSUE
Supplement 1, PAGES [S27 - S40]
- Babic M., Gordic D., Koncalovic D., et al., Preliminary audit of the city district heating company "Energetika" Ltd. (Preliminarni energetski bilans u preduzeću "Energetika" - matična lokacija; Mašinski fakultet u Kragujevcu), Regional Euro Energy Efficiency Center Kragujevac, 2006
- Babić M., Končalović D., Jelić D., et al.: Research of status and possibilities for improvement district heating system of the city of Kragujevac (Istraživanje stanja i mogućnosti za unapređenje toplotno-distributivnog sistema grada Kragujevca); KGH, 2008., Beograd
- John A. & Martin Schneider Jacobs III; GE Energy Co-generation, Technical Leader Evaluation (Application Considerations), Senior Marketing Manager (Analysis), May 2009
- Lekic, A., Hadziefendic, S., Co-generation - increasing energy efficiency in Bosnia and Herzegovina, THERMAL SCIENCE: Vol. 11 (2007), No. 3, pp. 85-100
- Analysis of gas turbine and gas engine implementation for combined heat and power production in power plant "Cerak" Belgrade (Analiza primene gasnih turbina i gasnih motora za kombinovanu proizvodnju topotne i električne energije u toplani „Cerak" u Beogradu), project of Ministry of Science and Technological Development No. NP EE404-57B
- Rakić N., Co-generation methods (Postupci kogeneracije), Bachelor thesis, Mašinski fakultet, 2009, Kragujevac
- The European Association for the Promotion of Co-generation, EDUCOGEN Project, A Guide to Co-generation
- UNEP Division of Technology, Industry and Economics, Energy Technology Fact Sheet