clfr thailand

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CLFT Thailand

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    Solar Collector System, Low Pressure Turbine, Multifunction Tank

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    500-550 w/m2 () 900 1,000 w/m2 ()

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    Solar Collector System, LowPressure Turbine, Multifunction Tank

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    ..

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    .

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    . Solar Dish, Solar Trough,

    Solar Tower, Compact Linear Fresnel Reflector (CLFR)

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    3 %

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    CSP Reference Plant @ 1,000 w/m2

    1 MW = 12,800 Sqm = 8 Rai

    = 1.3 Hectares

    Rais SqmSolar Cell 16 25,600

    Thin Film 24 38,400

    Solar Trough 12 19,200

    CLFR 8 12,800

    Solar Tower 16 25,600

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    Technology Owner USD/m2Overall

    eff

    Effective

    cost

    Seasonal

    variation

    Photovoltaic 80 10 800 1:2.5Trough SEGSVI 250 14 1430 1:5

    Trough EURO 206 12 1470 1:5

    CLFR AUSRA 110 10 1100 1:5

    Jack Wong 100 15 1500 1:5

    Redressable

    Trough

    Xiao50 20 250 1:2.5

    Tower DPT1200 150 24 350 1:7

    Dish Stirling SOLO 150 29.5 200 1:8

    Dish Turbine Jack Wong 80 35 180 1:8

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    CLFR Trough

    Area 1 1.5

    Solar Receiver Linear Multi Tube

    Method HTF Direct Steam

    Tracking Power Lowest Medium

    Structure Lightest Medium

    Pipe Length Shortest Long

    Insulator Min Moderate

    Heat Losses Lowest Medium

    Universal Joint Leakage None Yes

    Receiver Glass Break None Yes

    Reflector Twisting None Yes

    Operation Time hrs 12 6

    Minimum Working

    Insolation

    500 650

    Price Lowest Medium

    CLFR Chonburi, Thailand

    Karnchanaburi, Thailand

    CLFR VS Trough

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    .

    . (Multifunction Tank)

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    . .

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    . (,)

    . (CLFR) (Parabolic Trough)

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    15

    16

    1. 2. 3. 4. 5. 6. 7. VCI8.

    9. 10. 11. 12. 13. 14. 15. 16. Compact Linear Fresnel Reflector

    CLFR, Water (H2),

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    .Solar Collector System

    .Low Pressure Turbine

    .Multifunction Tank System

    . Structure

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    Solar Collector

    (Solar Collector Tube) (Solar Reflector)

    (Solar Collector Tube) , (Solar Reflector)

    450 C 450 PSI

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    Solar Linear Receiver Specification

    Surface Emittance 0.03

    Surface Absorption r0.87

    Specular Reflectance 0.95Transmittance of Glass Cover g

    0.90

    Max. Temperature C 600

    Max. Working Pressure PSI 400

    Insulation Thermal Conductivity W/mK 0.05

    Min. Direct Insolation 400 W/m2

    Max. Direct Insolation 1,100 W/m2

    Max. Wind Speed 160 Km/hr

    Overall Efficiency 80 %

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    Low Pressure Turbine 550 w/m2

    (180 C @ 150 PSI)

    10, 50, 100,250, 350 kW

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    Low Pressure Turbine Version 1

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    Low Pressure Turbine Version 2

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    Low Pressure Turbine Version 3

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    Low Pressure Turbine Version 4

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    Multifunction Tank

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    Delta Truss

    Software Analysis

    - Linear First Order

    - Linear Second Order

    - Non-linear First Order

    - Non-linear Second Order

    - Dynamic Harmonic

    - Dynamic Seismic

    - Dynamic Modal

    - Bucking

    - Stiffness

    - Own weight

    - Shell Stress

    - Torsion

    - Thermal expansion

    - Moment

    Antirust treatment

    Easy to transport and erection

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    Solar Steam Performance @ 1 MW

    Temperature Up to 750 F (180 C)

    Up to 900 F (200 C)

    Pressure Up to 150 PSIa (10 BARa)Up to 230 PSIa (16 BARa)

    Annual Energy per

    8 Rais (12,800 Sq.m)

    1,500 MWh

    @ 1,000 W/m2

    (Hydrogen)

    System Efficiency 15 %1,500 MWhr/300 = 5 MWhr/day = 1 MW for 5 hr12,800 m2 @ 1 kW/m2 = 12.8 MWhrThermal= 2 MWhrelectricEquivalent to 1 MWhrelectric for 10 hoursWith Hydrogen Feed could increase fuel consumption 30 %At Night Time Thermal Energy will use as fuel economizer to

    preheat feed water from 80 C to 120 CUse Back Up fuel 25 % for 8 hours 120 C to 180 CUse Back Up fuel 100 % for 6 hours 120 C to 180 C

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    Biomass, Biogas, LPG, CNG, Hydrogen (Water)24/7 365 /

    500 1,000 w/m2

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    Efficiency %

    Reflector 90

    Receiver 80

    Multifunction Tank 85

    Turbine 30

    Generator 85

    Thermal to Electrical 15

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