FRI-9.2-1-THPE-11
RESULTS OF FIELD MEASUREMENTS OF STEAM TURBINE PARAMETERS PT-60-90/13/1,2
Abstract
The rational use of fuel and energy resources of our country depends to a large extent on the successful development of heating of industrial enterprises and residential areas. Cogeneration can provide significant fuel savings compared to separate heat and power, where electricity is produced by purely electric plants, for example condensing steam turbine plants (CHP), and heat is produced in special boiler houses. In the combined production of heat and electricity in thermal power plants, the heat is obtained by using part or all of the steam discharged into the turbine, i.e. the steam used to produce electricity.
Keywords
Thermal Installation, Heat Consumer, Heat Exchange Parameters
REFERENCES
- Bahadori, A., H. B. Vuthaluru Estimation of performance of steam turbines using a simple predictive tool, Applied Thermal Engineering, Volume 30, Issue 13, September 2010, Pages 1832- 1838.
- Dimov, P., Zh. Kolev, Simulation study of the heat transfer intensity in the input zone of the ducts of two stage water to air heat exchanger, 61th Science Conference of Ruse University - SSS, Volume 61, Book 1.2.
- Karakurt A. S., Ü. Güneş, Journal of Thermal Engineering, Vol. 3, No. 2, pp. 1121-1128, April, 2017, Yildiz Technical University Press, Istanbul, Turkey.
- Zlatev, P., Valuation of the effect of using a drainback solar thermal installation to support the heating of a public building, Proceedings of University of Ruse - 2023, volume 62, book 1.1.