A
PRACTICAL TRAINING
SEMINAR ON
KOTA SUPER THERMAL POWER STATION
Submitted to
PRESANTED TO:-
Miss.Akansha Vyas
Mem
PRESANT...
WELCOME
CONTENTS
1. INTRODUCTION
2. COAL HANDLING PLANT
3. ASH HANDLING PLANT
4. ESP
5. BOILER
6. STREAM TURBINE
7. TURBO GENERATO...
LOCATION
Ideally on the left
bank of Chambal
River at Up Stream
of Kota Barrage
The 220 KV GSS is
within ½ Kms.
LAND
Land ...
STAGE I
2x110 MW STAGE Il
2x210 MW
STAGE Ill
1x210 MW
STAGE IV
1x195 MW
STAGE I
1x195 MW
Net Power Generation = 1240 MW
3
WORKING OF KSTPS
POWER SYSTEM COMPONENTS
• ,
220 kV
Power Plant
Generation
Residential
Customer
Commercial/
Industrial
Customer
Residential...
2. COAL HANDLING PLANT
• This plant have 3 parts...
A. Wagon unloading system.
B. Conveying belt system.
C. Crushing syste...
IMAGE OF COAL HANDLING PLANT
COAL LOADED BY TRAIN
• SOURCE OF COAL : COAL INDIA LTD.
BCCL,SECL & ECL
• MEANS OF TRANSPORTATION: - RAILWAY WAGONS
• TYPE...
A. Wagon unloading system
• Unload the coal
from wagon to
hopper.
• Hopper allows
to pass coal
pieces ≤ 200mm
• From hoppe...
C.Conveying system
• Belt are used to convey coal from coal handling plant to furnance.
• Specification:-
– Belt width : 1...
B. Crushing system
5. BOILER with FURNANCE
four part is connected with the
boiler & furnance section
1. Water treatment plant.
2. Ash handling plant.
3. ESP(Chimeny)...
• SOURCE OF WATER :- CHAMBAL RIVER
W.T.P. DIVIDED IN TWO PARTS :-
 FILTERATION WATER PLANT
 DEMINERALISED WATER PLANT
CHART OF W.T.P
IMAGE OF D.M. WATER PLANT
ASH HANDLING PLANT
ASH HANDLING PLANT
ASH HANDLING PLANT
This plant can be divided into three sub plants as follows :-
1)Fuel and Ash Plant:-
2)Air and Gas Plan...
4. ELECTROSTATIC PRECIPITATOR
WORKING OF PRECIPITATOR
6.TURBINE
Designed for continuous operation at the rated
output.
Directly coupled with steam turbine, rotated at
high speed of 300...
Working of turbine & generator:-
STEAM
TURBINE
MECHANICAL
ENERGY
GENERATOR
ELECTRICAL
ENERGY
8.Cooling System
• In KSTPS hydrogen cooling system is employed for generator
cooling.
• Hydrogen is used because of its s...
10. Transformer
Various Transformers In KSTPS
– Generating Transformer
– Unit Auxiliary Transformer (U.A.T.)
– Station Transformer (S.T.)
...
Generating Transformer
Specification of U.A.T.
11.SWITCH YARD
CIRUCIT BREKER
Minimum oil circuit breaker Sf6 circuit breaker
MAIN CONTROL ROOM
• This room is control every plant…
1) Fan control desk.
2) Fuel control desk.
3) Steam & water desk.
4)...
THANKS...
ALL
GENTALMENTS
Gajendra rathore
Gajendra rathore
Gajendra rathore
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  • Specification of U.A.T.
  • Gajendra rathore

    1. 1. A PRACTICAL TRAINING SEMINAR ON KOTA SUPER THERMAL POWER STATION Submitted to PRESANTED TO:- Miss.Akansha Vyas Mem PRESANTED BY:- Name-Gajendra Rathore Branch –E&C Roll no-10ERNEC035
    2. 2. WELCOME
    3. 3. CONTENTS 1. INTRODUCTION 2. COAL HANDLING PLANT 3. ASH HANDLING PLANT 4. ESP 5. BOILER 6. STREAM TURBINE 7. TURBO GENERATOR 8. WATER TREATMENT PLANT 9. TRANSFORMER 10. CONTROL ROOM
    4. 4. LOCATION Ideally on the left bank of Chambal River at Up Stream of Kota Barrage The 220 KV GSS is within ½ Kms. LAND Land measuring approx. 250 hectares was required for the project in 1976 COAL Coal India limited supply coal from its coal producing subsidiaries BCCL, SECL & ECL through railway wagons WATER The source of water for power station is reservoir formed by Kota Barrage on the Chambal River
    5. 5. STAGE I 2x110 MW STAGE Il 2x210 MW STAGE Ill 1x210 MW STAGE IV 1x195 MW STAGE I 1x195 MW Net Power Generation = 1240 MW 3
    6. 6. WORKING OF KSTPS
    7. 7. POWER SYSTEM COMPONENTS • , 220 kV Power Plant Generation Residential Customer Commercial/ Industrial Customer Residential Customer Distribution Pole Urban Customers Primary Distribution 66 kV Transmission Distribution Transformer (11/0.415 kV) Secondary Grid (66/11 kV) Primary Grid (220/66 kV) Secondary Distribution Underground Cable To Other 66Kv Substations Primary Transmission(132/220/400/765KV) Secondary Transmission(66/132KV) CBX’mer (11/220kV)Sending end SS Bus-bar Bus-bar Steel Tower CB V V Nagar GCET
    8. 8. 2. COAL HANDLING PLANT • This plant have 3 parts... A. Wagon unloading system. B. Conveying belt system. C. Crushing system.
    9. 9. IMAGE OF COAL HANDLING PLANT
    10. 10. COAL LOADED BY TRAIN • SOURCE OF COAL : COAL INDIA LTD. BCCL,SECL & ECL • MEANS OF TRANSPORTATION: - RAILWAY WAGONS • TYPE OF COAL : BITUMINOUS  TAKEN TO COAL MILLS THROUGH CONVEYOR BELTS.  CRUSHED INTO POWDERED FORM IN COAL MILLS.  WITH THE HELP OF PRIMARY AIR FANS IT IS TAKEN TO BOILER. • COAL HANDLING PLANTCOAL HANDLING PLANT
    11. 11. A. Wagon unloading system • Unload the coal from wagon to hopper. • Hopper allows to pass coal pieces ≤ 200mm • From hopper coal fall on vibrator which is supported by roller.
    12. 12. C.Conveying system • Belt are used to convey coal from coal handling plant to furnance. • Specification:- – Belt width : 1400mm – Speed : 2.2m/sec – Total install power : 360kw – Capacity : 1350/750 ton/hr – No. of conveyor: 38
    13. 13. B. Crushing system
    14. 14. 5. BOILER with FURNANCE
    15. 15. four part is connected with the boiler & furnance section 1. Water treatment plant. 2. Ash handling plant. 3. ESP(Chimeny) 4. Turbine section.
    16. 16. • SOURCE OF WATER :- CHAMBAL RIVER W.T.P. DIVIDED IN TWO PARTS :-  FILTERATION WATER PLANT  DEMINERALISED WATER PLANT
    17. 17. CHART OF W.T.P
    18. 18. IMAGE OF D.M. WATER PLANT
    19. 19. ASH HANDLING PLANT ASH HANDLING PLANT
    20. 20. ASH HANDLING PLANT This plant can be divided into three sub plants as follows :- 1)Fuel and Ash Plant:- 2)Air and Gas Plant:- 3) Ash Disposal and & Dust Collection Plant:-
    21. 21. 4. ELECTROSTATIC PRECIPITATOR
    22. 22. WORKING OF PRECIPITATOR
    23. 23. 6.TURBINE
    24. 24. Designed for continuous operation at the rated output. Directly coupled with steam turbine, rotated at high speed of 3000 RPM. Two major parts:- (i) Stator (ii) Rotor Major parts of stator are (i) Stator frame. (ii)Stator core. (iii)Stator bars. (iv)Stator windings.
    25. 25. Working of turbine & generator:- STEAM TURBINE MECHANICAL ENERGY GENERATOR ELECTRICAL ENERGY
    26. 26. 8.Cooling System • In KSTPS hydrogen cooling system is employed for generator cooling. • Hydrogen is used because of its superior cooling properties & low density. • Thermal conductivity of H2 7.3 times of air. • Seal oil system are used in turbine for less friction in bearing. • Water cooling also used for any kind of fire.
    27. 27. 10. Transformer
    28. 28. Various Transformers In KSTPS – Generating Transformer – Unit Auxiliary Transformer (U.A.T.) – Station Transformer (S.T.) – Exciting Transformer – Earthing Transformer – Instrument Transformer
    29. 29. Generating Transformer
    30. 30. Specification of U.A.T.
    31. 31. 11.SWITCH YARD
    32. 32. CIRUCIT BREKER Minimum oil circuit breaker Sf6 circuit breaker
    33. 33. MAIN CONTROL ROOM • This room is control every plant… 1) Fan control desk. 2) Fuel control desk. 3) Steam & water desk. 4) Turbine desk. 5) Generator control panel.
    34. 34. THANKS... ALL GENTALMENTS
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