52425_mr._nishantha_nanayakkara

Upload: noel-priyantha-liyanage

Post on 29-May-2018

221 views

Category:

Documents


0 download

TRANSCRIPT

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    1/24

    Small Hydro Power Industry in Sri Lanka

    Policy and Progress

    Presented byPresented by

    NishanthaNishantha NanayakkaraNanayakkara Ph .D. ( Saga, Japan )Ph .D. ( Saga, Japan )

    Senior Lecturer, Dept. of Electrical Engineering, University ofSenior Lecturer, Dept. of Electrical Engineering, University ofMoratuwaMoratuwa

    President, Grid Connected Small Power Developers AssociationPresident, Grid Connected Small Power Developers Association

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    2/24

    Role of Small Hydro Power in Sri Lanka

    Growth in the Small Hydro Power Sector (< 10 MW)

    1.030.97 0

    6.682.53

    12.71

    7.768.4

    34.76

    0

    5

    10

    15

    20

    25

    30

    35

    Capacity

    Increase (MW)

    1996 1997 1998 1999 2000 2001 2002 2003 2004

    Year

    Source: Grid Connected Small Power Developers Association

    First small hydro turbine in Sri Lanka was installed in 1887 by

    Gilbert Gilkes. 369 plants ~ 10 MW were installed between1887 and 1950. Only 60 of these are still operational.

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    3/24

    Role of Small Hydro Power in Sri Lanka

    Growth in the Small Hydro Power Sector (< 10 MW)

    1.030.97 0

    6.682.53

    12.71

    7.768.4

    34.76

    0

    5

    10

    15

    20

    25

    30

    35

    Capacity

    Increase (MW)

    1996 1997 1998 1999 2000 2001 2002 2003 2004

    Year

    Source: Grid Connected Small Power Developers Association

    First modern SHP plant was commissioned in 1996.

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    4/24

    Role of Small Hydro Power in Sri Lanka

    Growth in the Small Hydro Power Sector (< 10 MW)

    1.030.97 0

    6.682.53

    12.71

    7.768.4

    34.76

    0

    5

    10

    15

    20

    25

    30

    35

    Capacity

    Increase (MW)

    1996 1997 1998 1999 2000 2001 2002 2003 2004

    Year

    Source: Grid Connected Small Power Developers Association

    End 2005,Commissioned 85 MW

    Under Construction 30 MW

    LoIs Issued 140 MW

    Pending Applications 771 MW

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    5/24

    2004 Power Sector Performance2004 Available Capacity (MW)

    Thermal (Diesel)

    45%

    Wind

    0%

    Emergency

    Power

    1%

    Hydro

    54%

    2004 Units Generated (GWh)

    Thermal (Diesel)57%

    Emergency Power

    6%Wind

    0%

    Self Generation

    1%

    Hydro

    36%

    SourceSource MWMW GWhGWh

    HydroHydro 1,2821,282 2,9602,960

    ThermalThermal 1,0731,073 4,5714,571

    WindWind 33 33

    Emergency PowerEmergency Power 2020 509509

    Self GeneratedSelf Generated -- 115115

    Early 1990s self reliance in power over 90%

    Today 63% of generation from petroleum

    Role of Small Hydro Power in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    6/24

    Role of Small Hydro Power in Sri Lanka

    Source: Central Bank Annual Report 2004

    Government of Sri Lanka (GoSL) subsidizestariff to ease the burden on the consumer

    S S

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    7/24

    Why is the Small Hydro Sector important to Sri Lanka?

    Indigenous and renewable

    Cheaper than any other IPP

    Environmentally Friendly Distributed Generation

    Speedy Commissioning

    Improves energy mix and promotes self reliance

    Enriches economy

    Protects environment

    Role of Small Hydro Power in Sri Lanka

    Saves foreign exchange Local private investment

    Local technical expertise Reduces factor costs

    Rural employment and income generation

    Rural electrification and infrastructure development

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    8/24

    Local technical expertiseLocal technical expertise

    Cost per kW in 1996Cost per kW in 1996 -- US$ 1900 (first project)US$ 1900 (first project)

    Cost per kW in 2003Cost per kW in 2003 -- US$ 1000 (accumulationUS$ 1000 (accumulation

    of local technical knowof local technical know--how, and investorhow, and investor--technocrat partnerships)technocrat partnerships)

    Cost per kW in 2005Cost per kW in 2005 -- US$ 1250 ( geographicalUS$ 1250 ( geographicaldifficulties, long distance distribution lines, highdifficulties, long distance distribution lines, highcost for pre operational expenses, and high steelcost for pre operational expenses, and high steelprice)price)

    Very high tendency to use Chinese MachineryVery high tendency to use Chinese Machinery

    Sri Lanka is blessed with nature, and all sites areSri Lanka is blessed with nature, and all sites are

    within 150 km to the sea portwithin 150 km to the sea port Feasibility, designs, and construction by localFeasibility, designs, and construction by local

    R l f S ll H d P i S i L k

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    9/24

    Role of Small Hydro Power in Sri Lanka

    Having witnessed the successful development of SHP

    sector

    and

    having realized the importance of developing indigenousresources,

    GoSL is accordingly increasing priority tothe development of renewable energy in Sri Lanka.

    Role of Small Hydro Power in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    10/24

    -

    2,000

    4,000

    6,000

    8,00010,000

    12,000

    14,000

    16,000

    18,00020,000

    Generation

    (GW

    h)

    2004 2006 2008 2010 2012 2014

    Year

    Generation Forecast 2005 - 2015

    Dendro

    Wind

    Hydro (10 MW)

    Thermal

    Role of Small Hydro Power in Sri Lanka

    Actual Contribution to Annual Demand

    2004 Small Hydro 3% of annual demand

    2004 All Renewables 32% of annual demand

    Potential Contribution to Annual Demand

    2015 Non-Conventional 26% of annual demand

    2015 All Renewables 56% of annual demand

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    11/24

    Small Hydro Power Industry in Sri Lanka

    Policy and Progress

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    12/24

    ItemItem 19961996 19971997 19981998 19991999 20002000 20012001 20022002 20032003 20042004

    AdditionsAdditions

    (MW)(MW) 1.031.03 0.970.97 -- 6.686.68 2.532.5312.712.7

    11 7.767.76 8.408.4034.734.7

    66

    TariffTariffDryDry

    (SLR/ kWh)(SLR/ kWh)2.902.90 3.383.38 3.513.51 3.223.22 3.113.11 4.204.20 5.905.90 6.066.06 5.705.70

    TariffTariffWetWet

    (SLR/ kWh)(SLR/ kWh)2.902.90 2.892.89 3.143.14 2.742.74 2.762.76 4.004.00 5.655.65 5.855.85 4.954.95

    Significance of Policy for SHP Industry in Sri Lanka

    Growth of SHP Industry

    GROWTH Policy Initiatives

    Letter of Intent Procedure

    Standard Power Purchase Agreement

    Published Small Power Purchase Tariff

    BOI Incentives

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    13/24

    Significance of Policy for SHP Industry in Sri Lanka

    GROWTH Policy 1:

    Priority of application

    Any Independent Power Producer (IPP) wishing to develop arenewable energy project, which is less than 10 MW, can submitan application to the Ceylon Electricity Board for a Letter ofIntent (LoI).

    Issued on a first-come, first-served basis to ensureimpartiality and transparency

    No pre-qualification process to screen applicants, thusencouraging any person with an identified site to apply.

    IPPs must fulfill the conditions stipulated in the LoI withinsix months and enter into a Standardised Power PurchaseAgreement (SPPA) with CEB.

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    14/24

    Significance of Policy for SHP Industry in Sri Lanka

    GROWTH Policy 2:

    Standard Power Purchase Agreement

    IPPs enter into a SPPA with CEB that defines the termsand conditions for the generation and sale of power.

    SPPA is a standardised, non-negotiable, 15 yearcontract.

    SPPA has provided a practical basis for privatesector involvement.

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    15/24

    Significance of Policy for SHP Industry in Sri Lanka

    GROWTH Policy 3:

    Tariff based on avoided cost methodolgy

    The rate for delivery of energy output is published by CEB every year,This is a two-part tariff. The rate for the dry season (February to April)

    is higher than that for the wet season (May to January).

    Based on the principle of avoided cost of marginalgeneration.

    For the duration of the project, SPPA guarantees afloor price of 90% of the tariff applicable in the year

    the Agreement was signed.

    Level of tariff is a key criterion for the investment

    decision

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    16/24

    Significance of Policy for SHP Industry in Sri Lanka

    GROWTH Policy 4:

    Tax and import duty concessions

    Under the Board of Investment Law, infrastructure

    projects qualify for tax holidays that can range from5 to 10 years depending on the scale of theinvestment and capital goods are exempt from

    import duty during the period of construction andimplementation.

    These incentives enhance the attractiveness ofinvestments in small scale indigenous energyprojects.

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    17/24

    S g ca ce o o cy o S dust y S a a

    Other Growth Factors

    Commercial lending under theRERED Project of the World Bank

    Local Investment Appetite

    Local Technical Expertise

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    18/24

    g y y

    Impediments to Future Growth

    Tariff Structure

    A sustainable tariff methodologymust be technology specific,

    should not have drastic variationsand transparent.

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    19/24

    g y y

    Impediments to Future Growth

    Lack of Innovative Project Financing

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    20/24

    Impediments to Future Growth

    Archaic Bureaucratic Procedures

    GoSL intends to form a dedicatedRenewable Energy Development

    Authority with the objective ofaccelerating development.

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    21/24

    Impediments to Future Growth

    Utilities Technical Limitations

    1] System planning ignores small hydro energy

    generation2] Absorption limit for embedded generation soon to beexceeded

    3] Grid sub-stations in resource potential areas areclaimed to be at full capacity

    Under the direction of the Ministry of Power andEnergy, these technical limitations are now beingassessed. Suitable steps are being taken to resolve

    these issues in consultation with all stakeholders.

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    22/24

    Impediments to Future Growth

    Absence of national renewable energy policy

    The Ministry of Power and Energy iscurrently drafting a national policy for

    energy, which will also address thedevelopment of the renewable energysources in Sri Lanka.

    Significance of Policy for SHP Industry in Sri Lanka

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    23/24

    Two-Tier Policy Approach

    The growth of the SHP sector was not based on a single policystatement, but was the result of a series of far-sighted and timelydecisions taken by GoSL that created a conducive environment forprivate sector investment to flourish.

    The industry has now matured and this lax framework requires planning

    and streamlining for the country to reap the optimum from herindigenous small hydro resources.

    Policy decisions must be based on a cost benefitanalysis which is truly meaningful. All policy mustconsider the indirect and qualitative impact thatenhances the living standards of the nation, and not thepower sector alone.

  • 8/9/2019 52425_Mr._Nishantha_Nanayakkara

    24/24

    Thank You.