KAHRAMAA – RENEWABLE ENERGY TECHNOLOGIES SECTION1

Toward Creative Methods to Exploit Renewable Energy Sources

Presented by: Presented by:

Saleh AL-Marri, Saleh AL-Marri, BSc. MBA. PMPTrn. AVE.BSc. MBA. PMPTrn. AVE.

Head of Renewable Energy Head of Renewable Energy Technologies.Technologies.Technical Affairs-KahramaaTechnical Affairs-Kahramaa..

KAHRAMAA – RENEWABLE ENERGY TECHNOLOGIES SECTION2

o KM STRATEGY IMPLEMENTATION IN LINE WITH QNV 2030

o QATAR NATIONAL VISION 2030

o WAY FORWARD TO ACHIEVE RENEWABLE ENERGY PROGRAM

IN LINE WITH QNV 2030

o KM STRATEGY SWOT ANALYSIS - SOLAR POWER GENERATION

o ECONOMICAL ANALYSIS.

o SOLAR PROJECTS – UNDER IMPLEMENTATION

o RECOMMENDATIONS

AGENDAAGENDA

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QNV2030 FOUR

PILLARS

Social Development

Human Development

Environmental Development

Economic Developmen

tEconomic Development

QATAR NATIONAL VISION 2030KM STRATEGY IMPLEMENTATION IN LINE WITH QNV

2030

KAHRAMAA – RENEWABLE ENERGY TECHNOLOGIES SECTION4

QNV2030 FOUR

PILLARS

Social Development

Economic Developmen

t

Human Development

Environmental Development

KM STRATEGY IMPLEMENTATION IN LINE WITH QNV

2030

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STRATEGY IMPLEMENTATION IN LINE WITH QNV 2030

• Sustainability of the state water & energy recourses (Economic Development pillar of

QNV).

In line with the QNV 2030, KM thru Renewable Energy Technologies Section has planed to introduce the Renewable Energy technologies for power generation & water production technologies in the State of Qatar in a phased manner to enhance:

• KAHRAMAA commitment to no carbon / low carbon to maintain sustainable environmental development. (Environmental Development pillar of QNV).

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STRATEGY IMPLEMENTATION IN LINE WITH QNV 2030

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WAY FORWARD TO ACHIEVE RENEWABLE ENERGY PROGRAM IN LINE WITH QNV 2030

To achieve our goal and success we have to

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SWOT ANALYSIS – SOLAR POWER GENERATION

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Strengths• Existing KM facilities can be utilized to

generate a remarkable quantity of power without allocating new land.

• Easy to integrate the power output in KM substations available nearby.

• Reduced Transmission & Distribution losses due to power generation location in load center.

• Diversify energy sources.

STRATEGY SWOT ANALYSIS

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WeaknessesStrengths

• New generation technology for KM system.

• Competition from thermal generation.

STRATEGY SWOT ANALYSIS

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Opportunities

Strengths Weaknesses

• Country Image

STRATEGY SWOT ANALYSIS

• Direct Savings due to reduction of Natural Gas consumption. • Solar generation serves as backup power for emergency security in case of black outs.

• Peak Shaping

• Reduced emissions along with QNV 2030.

• Possible carbon trading In line with QNV 2030.

• Enhance Qatar 2022 commitment.

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Threats

Strengths Weaknesses

Opportunities • KM limited resources

STRATEGY SWOT ANALYSIS

• Harsh environmental conditions.

• High initial capital cost.

• High tariff in case of IPP business model adopted.

• Decline in Natural Gas global prices.

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Solar Generation Plans for Tomorrow

Future Plans – Location of KM reservoirs

• RPS in 30 locations in Qatar.

• The total roof top area 583,000 sq.mt

• 1 MW solar would need about 17,000 sq.mt

• About 35 MW without need for new land allocation.

• Mega reservoirs - Roof Top Area of 1.7 Mil sq.mt additional 100 MW (approx) solar plant.

• 70 MW would need around 230 hactar

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SAMPLE MEGA RESERVIOR

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SOME KM FACILITIES

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SOME KM FACILITIES

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KM-QEERI cooperation Solar Cogeneration Plant for Power and Water Desalination – CSP Technology around 2 MWh & 300-500 cubic meter per day .

SOLAR PROJECTS – UNDER

IMPLEMENTATION

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EXAMPLE OF CSP PLANT FACILITIES

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KM-QEERI cooperation

Plant for test Sea Water RO Desalination technologies from many aspects included but not limited to power consumption with initial water production of 200-500 cubic meter per day.

PROJECTS – UNDER IMPLEMENTATION

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KM-QSTec Cooperation

By using RPS & SS exist facilities & infrastructures KM in partnership with QSTec to study the proposal on Duhail RPS which has 6 nos of 20+MIG reservoirs each with roof top area of approx 20,000 sq.mt (Total area = 20000 X 6 = 120,000 sq.mt) with potential to install approx 7 MW solar plant.

PROJECTS – UNDER IMPLEMENTATION

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Communication between

system components

SmartGrid

SmartGeneration

SmartDistribution and Transmission

SmartConsumption

SmartStorage

Interdisciplinary technologies:Data collection, processing and recombination

Market Grid Operation

PROJECTS – UNDER IMPLEMENTATION

SMART GRID PILOT PROJECT, KM - IBERDROLA

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PROJECTS – UNDER IMPLEMENTATION

Grid Connection Renewable Energy Source: Connect the different renewable energy technologies in QSTP experiment field with KM grid. Plant size is 100 to 500 KW.

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استماعكم لحسن شكراThank you for your kind listening