1. COMBINED NATURAL GAS POWER PLANT

2. POWER PLANT LAYOUT

3. OFFERING TO SELL ;
- 6 ALSTOM Power Plant U.K. construction TYPHOON model gas turbines
( 5.08 MW )
- 1 ALSTOM Power s.r.o. construction ST3- C.V56 steam turbine
( Nom ; MW , Max: 16.3 MW )
- Build in 2003 and has been active since
- Maintenance of the turbines are carried out by Siemens
- 2 Boilers (heat recover steam generators)
- 7 ALSTOM power transformers
- Two bus-bar systems (34,5 kV)
- Air filtering system for effective performance in polluted enviroments
- The facility works with 43% efficency and has a total capacity of 45 MWh.

4. GAS TURBINES (6)

5. Technical Data of the Turbines (6)
SGT-100-1S single-shaft turbine for Power Generation
Power output 5.25 MW(e)
Fuel: Natural gas / liquid fuel / dual fuel and other fuels capability on request
Automatic changeover from primary to secondary fuel at any load
Frequency: 50/60Hz
Electrical efficiency: 30.5%
Heat rate: 11,815kJ/kW-hr (11,199Btu/kW-hr)
Turbine speed: 17,384rpm
Compressor pressure ratio: 14.6:1  

6. STEAM TURBINE (1)

7. Technical Data of the Steam Turbine (1) TURBINE : ALSTOM Brno/ Czech Repuplic TYPE : ST3-C , V56A ATP2 (Condensing) TURBOSE OUTPUT: (at generator terminals ) Rated:15,25 MW maximal:16,3 MW Speeds :5952 rpm Live steam Pressure : 45 Bar Temperature: 440 C Flow : 52,2 t/h LP admissio steam Pressure : 6 Bar Temperature :243 C Flow :12,6 t/h

8. Heat Recover Steam Generators/Boilers (2)

9. TECHNICAL DATA FOR BOILERS

10. TRANSFORMERS
- To increase the output voltages of generators from 11 kV to 34.5 kV, 7 ALSTOM power transformers are used.
- Gas turbine's power transformers are 11 / 34.5 kV and 6550 kVA the
- The steam turbine transformer is 11/34.5kV and 20,400 kVA power.
- In addition, for internal need we have 4 transformers. 2 of them are kV / 1000 KVA, the other 2 are kV / 1600 KVA power.

11. COOLING TOWERS

12. AIR FILTERING SYSTEM

13. LIQUID FUEL SYSTEM
Gas turbines and natural gas alternative-fuel units, can operate with diesel and naphtha fuels. Fuel transitions can take place without interruption. If there is a drop in gas pressure, the liquid fuel passage is provided automatically.

14. PROCESS FLOW OF THE POWER PLANT

15. TURBINES WORKING AND MAINTANENCE SCHEDULE
Total working hours: Working hours of all systems related to turbines Net working hours : Working hours of turbines only B-type maintenance: Extensive maintenance of all systems related to turbines A-type maintenance: Second degree maintenance of all systems related to turbines
Turbine
Total Working hours until
Start
Count
Net working hours per turbine until
Turbine working hours and start count after B-type maintenance
B-type (extensive) maintenance dates
A-type maintenance dates
Gas 1
52.170
995
(core change on Sept 2008)
March 2011( )
Nov 2012 ( )
Gas 2
49.561
1389
49212
July 2011( )
Nov 2012 ( )
Gas 3
54.091
1213
47683
Feb 2011 ( )
Nov 2012 ( )
Gas 4
52.154
1158
4.429 (core change on July 2011)
June ( )
July 2011 ( )
Gas 5
53.913
1385
(core change on Sept 2008)
Nov 2010 ( )
Nov 2011 ( )
Gas 6
52.942
1393
49.364
Nov 2010 ( )
Dec 2011 ( )
Steam
58.919
444
Apr 2011 ( )