In this slide there will be good content for hydro electric power plant..it is beautiful presentation prepared by me.in this presentation there is a brief description about how electricity is created from running water.when head is mainatined at dam..the water is then released after thehead is maintained.various hydro projects are mentioned in this presentation.Bargi dam, Bansagar dam.

1. MP Scenario

2. • Total assessed power:- 2775 Mw
• Out of this 21% power potential has already
been developed.
• Further 44% is under development.
• And 35% hydro power potential is yet to be
harnessed.
• Besides the above almost 100% power
potential from SHP is yet to be harnessed.

3. • Bargi Dam
• Bansagar Dam
• Gandhi Sagar
• Rajghat Dam
• Tawa Dam
• Mahdikheda Dam
• Omkaresher Project
• Indra Sagar Project

5. • One of the first completed dam out of the
chain of 30 major complete dam constructed
on narmada river in mp.
• Its generation capacity is of 105Mw
• Total Irrigation potential: 4370 sq.km

6. Bargi Dam
Impounds Narmada River
Locale
Bargi, Jabalpur
District,Madhya Pradesh
Length 5357 m
Height 69.80 m
Construction began 1975
Opening date 1988
Maintained by
Water Resources
Department, Madhya
Pradesh

8. • Multi purpose river valley project
• Project was an agreement between the State
Govt. of MP, UP, Bihar.
• According to which states had to share the
expenditure in the ratio of 2:1:1.
• Power Generation capacity is 425Mw in MP.
• Irrigation facility over an area of 2490 sq.km
in MP.

9. Bansagar Dam
Impounds Son River
Locale
Deolond, Shahdol
District,Madhya Pradesh
Length 1020 m
Height 67 m
Construction began 14 May 1978
Opening date 25 September 2006
Maintained by
Water Resources Department,
Madhya Pradesh

11. • First of the four dam built on the chambal
river.
• Storage capacity 6920 cubic Mm.
• Catchment area 22584 sq.km.
• Power generation capacity 115Mw (5*23).

12. Gandhi Sagar Dam
Impounds Chambal River
Locale Gandhi Nagar, Mandsaur
District,Madhya Pradesh
Length 513 m
Height 62.20 m
Construction began 1954
Opening date 1970
Maintained by Water Resources
Department,Madhya Pradesh

15. • Inter state dam project of the Govt. of MP and
UP.
• Power Generation capacity is 45Mw (3*15).
• Irrigation facility over an area of 1210 sq.km.
in MP.

16. Rajghat Dam
Impounds Betwa River
Locale Ashok Nagar District,Madhya
Pradesh& Lalitpur, Uttar
Pradesh
Length 11200 m
Height 43.8 m
Construction began 1975
Opening date 2006
Maintained by Water Resources
Department, Madhya Pradesh

17. • Large reservior on the tawa river in central
India.
• Power Generation capacity is 13.5 Mw
• Catchment area 5982.9 sq. km.

18. Tawa Dam
Impounds Tawa River
Locale Hoshangabad District,Madhya
Pradesh
Length 1,815 m
Height 57.91 m
Construction began 1956
Opening date 1998
Maintained by Water Resources
Department, Madhya Pradesh

19. • Multi-Purpose Dam.
• Power generation capacity 60Mw(3*20).
• Catchment area 5540 sq.km.

20. Madikheda Dam
Impounds Sindh River
Locale Madikheda, Shivpuri
District,Madhya Pradesh
Length 1070 m
Height 62 m
Construction began 1978
Opening date 2008
Maintained by Water Resources
Department,Madhya Pradesh

22. Omkareshwar Power Station is a multipurpose project,
which offers opportunity of power generation & irrigation
on both the banks of river Narmada in districts Khandwa,
Khargone & Dhar of Madhya Pradesh. The project is
situated 80 km from Indore and 40 km down stream of
Indira Sagar Project. The Cabinet Committee on Economic
Affairs (CCEA) sanctioned the Project with an estimated
cost of Rs.2224.73 Crores (Nov. 2002 Price Level) and
total gestation period of 5 years. Omkareswar project was
cleared by CCEA on 29.03.2003.

23. The foundation stone of this project was laid by the then hon’ble
Prime Minister of India Shri Atal Bihari Vajpayee on 30.08.2003
.Total installed capacity of the Omkareswar Project is 520
Megawatt (8x65). The project will generate 1167 Million Units
energy, annually. Total catchments area at the proposed dame site
is 64880 Sq. km, out of which 3238 Sq. is Downstream of Indira
Sagar Power Station. The Project consists of 949 m long Concrete
Gravity Dam with maximum height of 53 m from the deepest bed
level across the river Narmada. A Central Ogee-type spillway 570
m long with crest level EL 179.6 m has been provided to pass the
Probable Maximum Flood of 882315 cumecs. . The surface Power
House (202m x 23m x 53m) of the Project is within the body of
Dam on the right bank of Narmada consisting of 8 Units of 65 MW
capacity each with conventional Francis Type Turbines. Water is
carried to the Turbines through 8 no. Penstocks of 7.66 m
diameter each. After generation water is discharged back in the
river through 145 m long Tail Race Channel

25. Indira Sagar Power Station is situated at 10 Km from the
village Punasa in Khandwa District of Madhya Pradesh. The
foundation stone of this project was laid by the then Hon’ble
Prime Minister of India Late Smt. Indira Gandhi on
23.10.1984. It is a multipurpose project on the river Narmada
with installed capacity of 1000 Megawatt (8X125). It will
generate 2698 MUs energy, annually. The project will irrigate
2.70 lakh ha land annually. As per CCEA sanction the project
cost is Rs. 4355.57 Crores (Sept. 2000 Price Level). The
project consists of Concrete gravity dam of length 653
meter at top with maximum height (above deepest
foundation level) of 92 meter.

26. The surface Power House is situated on the right bank of
the river, with Machine hall (202 meter long, 23 meter wide,
53 meter high), service bay (42 meter long, 23 meter wide,
24 meter high) and transformer yard (202 meter long, 20
meter wide) to house 8 Nos. Francis type turbines of 125 MW
each. The water conductor system consists of one Head Race
Channel of length 530 meter, width 75 meter and depth 50
meter with water carrying capacity of 2200 cumecs. Water
enter into turbine fron intake structure by 8 Nos. Penstock of
8 meter diameter and 157 meter length each. Water flow
capacity of each Penstock is 275 cumecs. After power
generation water is discharged back into river Narmada
through 850 m long Tail Race Channel

29.  Large Area
 High Construction Cost
 Long Erection Time
 Submerges Huge Areas & Creates Social and Other
Problems

30.  No submergence
 No need of Environmental clearance
 As generation capacity less than 25 Mw so no need
of clearance from CEA (Central Electricity Authority)
 Small period of commissioning the project
 Less capital outlay
 Less running & maintenance cost

31. Basin No. of Sites
Available
Installed
Capacity in KW
Dependable
Energy (GWh)
Son 3 26500 108.00
Narmada 5 49000 164.37
Godawari 6 54040 208.61
Tapi 9 37000 135.00

32. THE END
Presented By:-
Gaurav Modi (081113216)
Tarun Anandani (081113201)
Rohit Kachhawaha (081113210)