session 2 - mr. akaram waheed, maldives

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  • 7/29/2019 Session 2 - Mr. Akaram Waheed, Maldives

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    RENEWABLE ENERGY ANDTHE MALDIVES

    Presented by: Musthafa Hassan (FENAKA Corporation Ltd.)

    Akram Waheed (Maldives Energy Authority)

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    BACKGROUND

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    Maldives A brief background

    Island nation with 1192 islands

    194 inhabited islands

    105 tourist resort islands

    Land area of approx 298sq km out of 859,000 sqkm

    Size of the Islands range 0.2 5 sq km

    Population is estimated to be 330,652

    Out of which 114,686 situated in the greaterMale region

    Has monsoonal climate (4dry months and 8 rainymonths)

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    Typical islands of Maldives

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    Male Island

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    Electricity introduced to Maldives

    Installed capacity 1 x 14 kW diesel enginesupplying 50 homes in Male

    1949

    STELCO was formed after dissolving MaldivesElectricity Board by a Presidential Decree.

    Regulatory function assigned to MaldivesElectricity Bureau (later Maldives EnergyAuthority)

    1997

    By the end of 2008 STELCO expanded servicesfrom North to South of the country totaling 28islands catering 60% of the total population ofMaldives.

    2008

    Seven Regional Utility Companies formed.

    STELCOs mandate limited to providingelectricity to North Central Province

    Currently providing electricity in 9 islandsincluding Male, the capital

    1st

    November 2009 Tariff was revised for thegreater Male Region

    2009

    STELCOS HISTORY

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    10,000

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    1989

    Un

    itsGenerated(inkWs)

    Available Capacity : 42466 kW

    Peak Load Spare Capacity

    SpareCapacity

    4631 kW

    11%

    Peak Load37835 kW

    89%

    Available Capacity Comparison

    with Peak CapacityElectricity Production For Male (Maximum Demand)

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    POWER SYSTEMS IN ISLANDS

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    Categorization of Islands based on

    electricity production/usage

    Greater Male region (5 islands)

    1/3 of the countrys population resides here

    Many commercial and industrial activities

    Service provided by main STELCO (govt. utility)

    Peak demand apprx. 50MW

    Outer islands

    Population per island very small (only 4 islands with

    >5000 population)

    Service provided by FENAKAA (govt. utility) or byisland communities themselves.

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    Categorization of Islands based on

    electricity production/usage

    Resorts Self producers. Not under utilities.

    High electricity demand (in general ranges from500kW to up to a few MW)

    Not much growth of demand Very well managed

    Industrial islands Activities such as fish processing, bottling factories.

    Mainly self producers

    Demands of around 1MW (depending on type ofactivity)

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    Characteristics of Power Systems in

    Islands All power houses in the islands are diesel powered

    Some exceptions for grid connected PV systems (very fewislands)

    All islands have their own power house and a (mini)

    distribution grid. Typically the grid is powered by 400V with no transformers

    used (especially for smaller islands)

    Some larger islands use MV (11kV) for distribution (like inMale), and substations are used to step down the voltages

    at various locations. HV systems do not exist

    A couple of transmission systems found in some islands(mainly resorts)

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    ONGOING/PLANNED PROGRAMS

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    Regulatory Framework

    Duty is currently exempted on RE imports

    Various electricity sector regulations have beendrafted with the assistance of WB and ADB.

    Comprehensive addresses technical, safety,economic, business, managerial aspectsconsidering all stakeholders of the sector.

    New regulations planned to be implemented in2013

    Development of a revised comprehensive Feed-in-Tariff mechanism over the next few monthswit the assistance of ADB.

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    Project for Clean Energy Promotion in

    Male

    Grant AID by Japanese government

    Concept of Rooftop grid connected PV system

    feeding in power to Male grid to reduce demand

    and increase the use of clean energy use.

    Various phases

    Phase 1 395kW installed on 5 public buildings

    (march 2012) Phase 2 280kW installation ongoing

    Phase 3 200kW (estimated, to be determined)

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    Project for Clean Energy Promotion in

    Male

    System owned by Ministry of Environment andEnergy (MEE)

    STELCO (local utility) currently purchasing the

    electricity produced by PV under a PPA betweenSTELCO and MEE

    The money generated will be managed by theMaldives Green Fund and allocated for the

    development/replication of more similar projects.* Similar additonal projects already planned

    under govt. finance.

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    Clean Energy for Climate Mitigation

    Project

    Funded by CCTF

    Concept to package RE and EE solutions for 1

    island (GDh.Thinadhoo)

    Up to 300kW of grid connected PV to be

    installed (no battery backup)

    Equivalent to 30% of the current demand

    Bidding process completed and contract to be

    awarded this month.

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    SREP Investment Plan (2012)

    Larger scale project funded by CIF

    Accelerating Private Investments in RE 20 MW of RE installation

    15MW of PV in Greater Male region

    3MW solar PV+Wind in in outer islands

    2 MW Waste to Energy system for outer islands

    Preparing Outer Islands for Sustainable Programs 100% RE in 10 small islands (total 2 MW with

    storage) Rehabilitation of power systems to make the islands

    RE ready

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    SREP INVESTMENT PLAN (2012)

    Outcomes:

    SREPIP

    551 tons/d ofdesalinated

    water~ 22M Liters

    diesel /y

    Reduced

    ~ 65,000 tCO2 /yReduced

    Maldives GreenFund

    EstablishedInstitutional/

    Human CapacityDeveloped

    ~ US$ 22M/ySaved in Diesel

    Imports

    ~ US$ 7M /yFuel Subsidies

    Avoided

    ~ 21MW ofSolar/Wind

    Installed

    6MW Waste to

    Energy Installed

    53 islands benefited

    74% of thepopulation

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    CONCULUSIONS

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    WHY RENEWABLES FOR MALDIVES?

    Meeting the objective of Carbon Neutrality by2020

    Reduce dependency on fossil fuels

    Reduce expenses on fossil fuel Currently around 80% of the running cost of power

    system is for diesel alone

    Fuel bill is equivalent to more than 20% of the GDP

    Increase access to affordable energy for thepublic

    Sustainability