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Hydro Power -Slides for NPTI

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    Welcome to Presentation

    On

    DEVELOPMENT

    OF HYDROPOWER PROJECTS

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    y The increasing prices of oil, gas and coal in the international markets have againunderscored the importance and desirability of development of hydro power inIndia.

    y According to the Central Electricity Authority, the hydro power generation potential,based on already identified sites, is close to 150,000 MW. The actual installedcapacity, at about 28,500 MW, is less than one-fifth of this potential. Even with the14,000 MW under construction, the enormous hydro potential remains sorelyunderutilized.

    y To be sure, the government has developed some very ambitious plans andinitiatives. In 2003, the then prime minister announced an initiative to achieve50,000 MW of new capacity. The Eleventh Plan calls for addition of 21,000 MW ofhydro power. The Twelfth Plan calls for another 24,000 MW of hydro capacityaddition.

    y These are not easy targets to achieve. Hydro projects can prove to be especially

    difficult to implement in a time-bound fashion. There are issues relating to localgovernment concerns, environmental impact and communityrelocation/rehabilitation that are often beyond the control of the project developer.

    y In the Tenth Plan, for example, the target for hydro capacity addition was over12,000 MW. The capacity added so far is only about 5,000 MW. Under the best-case scenario, we may achieve just over 9,000 MW. This is despite considerableimprovement in the performance of the central public sector units and the entry ofprivate players.

    Overview

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    GROWTH PROFILE OF INSTALLED CAPACITYGROWTH PROFILE OF INSTALLED CAPACITY

    --SECTORWISE(MW)SECTORWISE(MW)

    17563 2

    9967

    45768

    48086 6

    0875 7

    4429

    76607

    78491

    860

    1330

    1565

    1785

    2225

    2720

    2720

    2720

    1179

    1

    154

    72

    18

    753

    19

    194

    2

    1670

    26261

    26910

    29625

    30214

    46769

    660

    86

    69

    065

    84770

    104917

    107972

    11270

    6

    0

    20000

    40000

    60000

    80000

    100000

    120000

    80-81 85-86 90-91 91-92 96-97 01-02 02-03 03-04

    THERMAL NUCLEAR HYDRO TOTAL

    `

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    HYDROHYDRO :: THERMALTHERMAL RATIORATIO HASHAS GRADUALLYGRADUALLY DETERIORATED,DETERIORATED,

    RESULTINGRESULTING ININ NONNON--OPTIMALOPTIMAL UTILIZATIONUTILIZATION OFOF SCARCESCARCE RESOURCESRESOURCES

    HYDROHYDRO POTENTIALPOTENTIAL ININ THETHE COUNTRYCOUNTRY ISIS OFOF THETHE ORDERORDER OFOF 150150

    GWGW.. ONLYONLY 1818%% HASHAS BEENBEEN TAPPEDTAPPED SOSO FARFAR..

    OPTIMALOPTIMAL MIXMIX ISIS 4040 :: 6060 FORFOR HYDROHYDRO :: THERMALTHERMAL TOTO ENSUREENSURE

    MAXIMUMMAXIMUM UTILIZATIONUTILIZATION OFOF INSTALLEDINSTALLED CAPACITYCAPACITY AND AND TOTO

    REDUCEREDUCE PEAKINGPEAKING SHORTAGESSHORTAGES..

    TodayVIIth Plan(03/90)

    Vth PlanIIIrd Plan(03/66)

    Ist Plan

    41%Hydro

    57%Thermal

    2% Nuclear

    35%Hydro

    65%Thermal

    29%Hydro

    69%Thermal

    2% Nuclear

    46%Hydro

    54%Thermal

    26 %Hydro

    70%Thermal

    2.5% Nuclear

    03/56 03/79

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    Hydropower is renewable, environmental friendly and

    enable incidental benefits of development in remote and

    inaccessible areas.

    Hydroelectric projects ideally suited for meeting the

    peaking demand and improving the system reliability.

    Multipurpose projects help in utilisation of water resources

    for irrigation, flood moderation, navigation & drinking

    water.

    Contd

    Advantages

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    o Ranking studies by CEA - about 400 sites involving installed

    capacity of more than one lakh MW are to be developed

    o Based on the ranking studies the schemes have been categorised

    in A. B & C categories as per their techno-economic viability

    o Region-wise and basin-wise categorisation of schemes is as

    follows :

    Contd

    Potential

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    REGION-WISE SUMMARY OF CATEGORISATION

    OF THE SCHEMES

    Sl.No.

    Region Category A Category B Category C Total

    Nos. MW Nos. MW Nos. MW Nos. MW

    1 Northern 26 5879 101 17814 18 6680 145 30373

    2 Western 11 816 20 3517 1 55 32 4388

    3 Southern 6 890 20 3801 15 1541 41 6232

    4 Eastern 14 2338 20 3518 2 2691 36 8547

    5 North-Eastern

    41 5718 86 41203 18 10449 145 57370

    Total: 98 15641 247 69853 54 21416 399 106910

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    THE RIVER BASIN-WISE SUMMARY OF

    CATEGORISATION OF THE SCHEMES

    Sl.

    No.

    River

    system

    Category A Category B Category C Total

    Nos. MW Nos. MW Nos. MW Nos. MW

    1 Indus 11 4088 51 8811 17 6080 79 18979

    2 Ganga 20 2023 54 9616 1 600 75 12239

    3 Central

    Indian

    3 283 9 1425 1 186 13 1894

    4 East Flowing 11 1412 26 6469 2 88 39 7969

    5 West Flowing 1 35 10 958 14 1508 25 2501

    6 Brahmaputra 52 7800 97 42574 19 12954 168 63328

    Total: 98 15641 247 69853 54 21416 399 106910

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    II. SLOW DEVELOPMENT OF

    HYDROPOWER

    Basic Reasons:

    o Environmental issues such as afforestation and rehabilitation

    & resettlement of Project Affected People (PAP)

    o Geological surprises during construction

    o Landslides, hill slope collapses, road blocks, natural

    calamities like floods, etc.

    o Law & Order Problems

    o Interstate disputes

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    o Hydro potential developed so far in the country is only about

    25% of the total potential of the country

    o The remaining sites generally located in inaccessible locations.

    o Hydro potential development in these areas would involve

    huge expenditure on infrastructure development fortransportation of equipment

    Contd

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    POLICY INTERVENTIONS

    o To accelerate development, power sector was opened up

    for larger participation by private entrepreneurs in 1991

    o Thereafter, Government of India also announced hydropolicy in 1998

    o The salient features of Hydro Policy are as follows:

    1. Additional budgetary support for hydro projects under central PSUs

    2. Basin-wise development of hydro potential.

    Contd

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    3. Advance action for capacity addition in the 10th Plan and beyond

    4. Emphasis on survey and investigations.

    5. Quick resolution of inter-state projects

    6. Renovation, Modernisation and uprating of existing hydro stations

    7. Promoting small and mini hydel projects.

    8. Simplified procedures for transfer of clearances.

    9. Rationalisation of hydro tariff by allowing premium on sale rateduring peak period

    10. Realistic estimates of completion cost.

    Contd

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    11. Promoting hydel projects with joint ventures.

    12. Government support for land acquisition, resettlement and

    rehabilitation, catchment area development.

    o Govt. of India also launched 50,000 MW hydroelectric

    initiative

    o In spite of above initiatives, hydropower development

    has been slow perhaps due to longer gestation period

    o To reduce the gestation period proactive role of

    management at the planning stage of project is of

    paramount importance

    Contd

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    THANK YOUTHANK YOU


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