pv modules ldk solar energy systems modules · 2011-04-06 · pv modules ldk solar energy systems...

PV MODULES

LDK SOLAR ENERGYSYSTEMS MODULES

www.ldksolar.com

LIGHT OUR FUTURELIGHT OUR FUTURE

3.0 GWWAFER PRODUCTION

CAPACITY

JIANGXI LDK SOLAR, LTDLDK Avenue, Economic Development Zone, Xinyu, Jiangxi, 338032 P.R. - China

LDK SOLAR HI-TECH (SUZHOU) CO., LTD 6th Floor 1368 Wuzhong Avenue, Wuzhong District, Suzhou City, P.R.China

Tel. +0086.512.82250137 - Fax +0086.512.82250101LDK SOLAR HI-TECH (NANCHANG) SO., LTD.

No.998 TorchS Street, Nanchang City, Jiangxi Province, P.R.China - Tel. 086.791.810 5065 - Fax 0086.791.810 8260LDK SOLAR EUROPE HOLDING S.A

412F Route d'Esch L-2086 - Luxembourg LDK SOLAR USA, INC.

1290 Oakmead Parkway, Suite 306, Sunnyvale, CA 94085 - USA - [email protected] - Ph. 001.408.2450858 LDK SOLAR GERMANY

Landsberger Strasse 302 80687 Munich - Germany - Ph. +49 (89).90405.276 - [email protected] LDK SOLAR ITALY

Via S. Martino, 25 31020 San Zenone degli Ezzelini, Treviso - Italy - Tel. +39.0423.948833 - [email protected] Giulio Cesare Procaccini, 48 20154 Milano - Italy - Tel. +39.02.87242050

LDK SOLAR [email protected] - Ph. +33.619.606288


LDK SOLARTHE WORLD’S LARGEST VERTICALLY INTEGRATED MANUFACTURER

LIGHT OUR FUTURE

BEST IN CLASSTECHNOLOGYAND COST EFFECTIVE

INTRODUCTION

POLYSILICON:11.000 MT TODAY25.000 MT BY END OF 2011

INGOTS/WAFER:3.0 GW TODAY4.0 GW END OF 2011

MODULES:1.5 GW TODAY2.5 GW END OF 2011

CELLS:180 MW TODAY1.26 GW BY END OF 2011

LDK Solar at NYSE

June 2007

LDK’s ATTRACTIVE GROWTH STRATEGIES

IN-HOUSEPRODUCTION

IN-HOUSE IN-HOUSE IN-HOUSE& OEM

IN-HOUSE

PROVEN COST REDUCTION ROAD MAP

VERTICAL INTEGRATION

LIGHT OUR FUTURE

2 GWVERTICALINTEGRATION

ECOMOMIESOF SCALE & RAPIDGROWTH

COMPETITIVECOST STRUCTURE

HIGH QUALITYHIGH EFFICIENCYPRODUCTS

GRID PARITYLDK SOLAR

Produces solar and semiconductor grade polysilicon and chemicals

11.000 MT capacity today

25.000 MT capacity by end of 2011

Multi - and mono-crystalline ingoting capabilities

3.0 GW capacity today

4.0 GW capacity by end of 2011

World’s largest wafering company



R&D and investment in process

180 MW capacity today


Acquired best solar module capacity



FORMULA GRID PARITY

LDK Silicon LDK Ingots LDK Wafer LDK Cells LDK Module

++

+=

Multi

Mono

Multi

Mono

Multi

Mono

Multi

Mono

LDK POLYSILICON

As part of our vertical integration strategy, LDK Solar constructed a polysilicon plant with two production facilities near our wafer production facilities. The first facility has a

planned installed annualized production capacity of 3.000 metric-ton. The second facility has three separate trains, each with a planned 5.000-metric-ton annualized

production capacity. The installation of a closed-loop production process has been completed in both facilities. Our closed-loop polysilicon production

process is designed so that LDK Solar is able to produce and use many of the key chemicals and gases required to make silicon, such as

TCS, HCI and hydrogen, while also recycling the residual STC.

LDK POLYSILICON

THE WORLD’S LARGESTSINGLE POLYSILICONPLANT SITE

LIGHT OUR FUTURE

TECHNICAL SPECIFICATION 11N

Semi-conductor

Grade

Solar Grade

> 300

> 50

> 3000

> 500

> 1.5x1E16

> 2.5x1E16

SiliconGrade

N-TypeResistivity(u.cm)

P-TypeResistivity(u.cm)

CarbonContent(atoms/cm3)

11.000 MTtoday

LDK INGOTS

LARGER INGOTS PRODUCTIONMEANS COSTS REDUCTION

LDK INGOTS

THE LARGEST MULTICRYSTALLINEWAFER PROVIDER IN THE WORLD

LDK WAFERS

At LDK Solar, we produce larger monocrystalline and multicrystalline ingots. This innovation enables us to increase

our yield of ingots and increase the utilization rates of our facilities thus reducing costs by reaching economies of

scale. For example, LDK Solar produced multicrystalline ingot weight of 800 kg which will

increase throughput production efficiencies by reducing manufacturing bottlenecks. Our

ingot manufacturing facilities are located in Xinyu City in Jiangxi province in China

LDK WAFERS As the largest multicrystalline wafer provider in the world, LDK

Solar has an established track record of consistently deliveringhigh quality solar wafers to our valued customers. We take

pride in providing technologically advanced and reliablesolar wafers. At LDK Solar, we utilize state-of-the-art

wafer processing equipment combined withproprietary know-how that enables us to make

efficient use of polysilicon and thereforelower the costs. Our wafer manufacturing

facilities are located in Xinyu City inJiangxi province in China.

MultiMono

Multi

Mono

3.0 GWtoday 3.0 GW

todaty

LDK CELLS

• Vertically integrated manufacturing• Large scale production facilities

• Proven low-cost manufacturing• High-quality, high-efficiency products

• Leading global wafer supplier• Diversified global customer base

IN-HOUSE MANUFACTURINGOF PV CELLS

LDK MODULES

MAKING SOLARENERGY ACCESSIBLEFOR EVERYONE

600 MWApril 2010

1.5 GWToday

2.5 GWBy the end of 2011

CAPACITY:

LDK CELLSManufacturing in-house PV cells and increasing the efficiency of

solar cells is one of the most effective drivers to reduce the cost of PV modules. We are currently in the process to

complete our cell manufacturing lines to produce our own cells in-house as well as working on developing

new high-efficiency monocrystalline and multicrystalline cell technology. Manufacturing

our own cells in-house will reduce the cost of modules, increase quality managament,

and ensure a stable supply of cells.

Multi

Mono

Multi

Mono

LDK SOLAR MODULES180 MW

today

1.5 GWtoday

Manufactured under stringent quality contract standards:

• 0/+5 Wp power classification• high conversion efficiency• ability to withstand wind and snow load, and extreme temperature variations• rigorous quality control meeting the highest international standards• industry leading 25 year warranty

MODULES:RELIABLE MODULESFOR CUSTOMERS

MODULES

MODULEQUALITY

One of the most comprehensive warranties in the solar industry:

• materials and workmanship - covered for 25 years• power rating - tight power tolerances within +/- 3% of the module nameplate rating• start date - from the date of sale, not the date of manufacture• transferability - transferable to future system owners unlike other standard warranties

MODULEWARRANTY

Banking institutions want protection guarantees on their investments as part of a debt financing package:

• Europe’s largest insurance provider, Munich Re, provides an insurance solution which covers the performance warranty of modules • protects our customers and their bankers over the 25 year warranty term• strengthens customers project financing package by removing performance risk factor and doubt of warranty support

MODULEINSURANCE

MUNICH-RE INSURANCE

Since beginning of 2010 LDK Solar is proud member of PV Cycle Organization

LDK Solar is committed to finding new ways to make our solar modules even more environmentally friendly, from increasing both cell and production efficiencies, to proactively adopting recycling programs for end-of-life PV modules

MODULERECYCLING

160D-165D-170D-175D-180D-185D-190D-195D-200D-24 (S)NEW DIMENSIONS

MONOCRYSTALLINE MODULES

WHY LDK SOLAR MODULES

TYPENominal Output (Pmax) [W] Voltage at Pmax (Vmp) [V]Current at Pmax (Imp) [A]Open Circuit Voltage (Voc) [V]Short Circuit Current (Isc)The power tolerance is +/- 3% referred to the Nominal OutputMaximum System VoltageCell EfficiencyModule Efficiency

ELECTRIC CHARACTERISTICS (STC*)

STC* (Standard Test Conditions): Irradiance 1000W/m2, Module Temperature 25°C, Air Mass 1.5

IEC: 1000V / UL: 600 V

TYPENominal Output (Pmax) Voltage at Pmax (Vmp) Current at Pmax (Imp)Open Circuit Voltage (Voc)Short Circuit Current (Isc)

ELECTRICAL PERFORMANCE AT NOCT

NOCT: Irradiance 800 W/m2, Module Temperature 45± 2°C, Air Mass 1.5

DIMENSIONS PERFORMANCE AT LOW IRRADIANCE

• Industry leading module power output warranty• International quality, safety and performance certifications• Modules manufactured at ISO 9001 certified factories• High-reliability with guaranteed 0/+5W peak power classification

WARRANTIES• 5 years for product defects in materials & workmanship• 12 years for 90% of warranted minimum power• 25 years for 80% of warranted minimum power

CERTIFICATES• IEC: IEC 61215, IEC 61730 (1&2), conformity to CE• UL1703 2002/03/15 Ed:3 Rev: 2004/06/30• ULC/ORD-C1703-01 second edition 2001/01/01• UL and Canadian standard for safety flat-plate

• ISO9001:2008 Quality Management System• CEC Listed: modules are elegible for California rebates• PV Cycle: voluntary module take back and recycling program

TYPENOCT** Temperature Coefficient of PmaxTemperature Coefficient of VocTemperature Coefficient of IscMaximum Series Fuse RatingOperating TemperatureStorage Temperature

TEMPERATURE CHARACTERISTICS

NOCT**: Nominal Operation Cell Temperature Sun 800 W/m2; Air 20°C; wind speed 1m/s

45±2°C-0.47% / °C-0.34% / °C0.06% / °C

10 A-40 to +85°C-40 to +60°C

LDK-D-24 Series (s)

TYPEPacking ConfigurationQuantity/PalletLoading Capacity

PACKING CONFIGURATION

25 pcs./box 50 pcs./pallet

700 pcs. / 40 ft (H)

LDK-D-24 Series (s)

TYPESolar CellsFront CoverBack CoverEncapsulantFrameDiodesJunction BoxConnectorCablesDimensionWeightMax. Load

MECHANICAL CHARACTERISTICS

72 (6x12) monocrystalline silicon solar cells 125 x 125 mm3.2 mm thick, Tempered glass / AR coating glass

TPT (Tedlar-PET-Tedlar) / BBFEVA (Ethylene vinyl acetate)

Anodized aluminium alloy, double wall6 Bypass diodes serviceable

IP65 ratedMC4 or compatible connector

Lenght: 950 mm / Section: 4.0 mm2

1580 x 808 x 40 mm / 62.4 x 31.8 x 1.6 inches (new dimensions)15.6 kg / 34.4 lbs

Wind Load: 2400Pa / Snow Load: 5400 Pa

LDK-D-24 Series (s)

LDK Solar reserves the right to make specifications changes without any prior notice. This data sheet complies with the EN 50380 requirement. January 2011/V1/ ©LDK Solar Limited. All rights reserved. E.&O.E.

www.ldksolar.com [email protected]

LIGHT OUR FUTURE

40

950

808770

800

50

50

30

30

140

390

808

1580

4-10×10Drainage holes

4 places

8-8x3Drainage holes

8 placesJunction box

8-14x9Mounting slots

8 places

2-Ø4Ground holes

2 places

1300

1580

The typical relative change in module efficiency at an irradiance of 200W/m² in relation to 1000W/m²(both at 25°C and AM 1.5 spectrum) is less than 6%

1.05

2)

1

0.95

0.9

0.85

0.8200 300 400 500 600 700 800 900 1000

IV CURVE AT DIFFERENT IRRADIANCE LEVELS

0

1

2

3

4

5

6

0 5 10 15 20 25 30 35 40 45 50Voltage / V

Cur

rent

/ A

Rel

ativ

e Ef

ficie

ncy

1000W/m²

800W/m²

600W/m²

400W/m²

200W/m²

Above graphics according to LDK-175D-24(s)

16035.04.644.05.38

15.3712.53

160D-24(s)

11629.83.8940.54.36

16535.24.6844.25.40

15.8512.92

165D-24(s)

12030.73.9140.74.37

17035.44.7644.55.42

16.3313.32

170D-24(s)

12331.33.9341.04.39

17535.94.8744.75.43

16.8113.71

175D-24(s)

12732.33.9441.24.40

18036.24.9844.95.46

17.2814.10

180D-24(s)

13032.83.9641.34.42

18536.95.0245.15.48

17.7714.49

185D-24(s)

13433.63.9841.54.44

19037.75.0545.25.51

18.2514.88

190D-24(s)

13834.63.9941.64.46

19537.95.1645.35.54

18.7315.27

195D-24(s)

14235.54.0141.84.48

20038.15.2745.45.57

19.2116.67

200D-24(s)

160D-24(s) 165D-24(s) 170D-24(s) 175D-24(s) 180D-24(s) 185D-24(s) 190D-24(s) 195D-24(s) 200D-24(s)

14636.44.0342

4.50

Tolerance of length and width dimensions is ± 2 mm




IEC: 1000V / UL: 600 V







45±2°C-0.47% / °C-0.34% / °C0.06% / °C

12 A-40 to +85°C-40 to +60°C

LDK-D-20 Series (s)




700 pcs. / 40 ft (H)

LDK-D-20 Series (s)



(6x10) monocrystalline silicon solar cells 156 x 156 mm3.2 mm thick, Tempered glass / AR coating glass





1630 x 976 x 40 mm / 64.2 x 38.4x 1.6 inches (new dimensions)20 kg / 44.1 lbs


LDK-D-20 Series (s)


20029.56.7836.17.68

14.3712.57

200D-20(s)

14525.35.7433.26.22

20529.76.9136.47.73

14.7412.89

205D-20(s)

14925.85.7833.56.26

21029.97.0236.67.78

15.0913.20

210D-20(s)

15226.15.8433.76.30

21530.67.0336.77.90

15.4613.51

215D-20(s)

15626.35.9333.86.40

22031.27.0536.98.01

15.8113.83

220D-20(s)

15926.56.0134.06.48

22531.57.1537.08.11

16.1814.14

225D-20(s)

16326.86.0934.16.57

23031.87.2337.28.21

16.5614.46

230D-20(s)

16727.16.1634.36.65

23532.07.3537.28.30

16.9014.77

235D-20(s)

17027.36.2334.36.72

24032.27.4537.38.39

17.2515.09

240D-20(s)

17427.76.2834.36.79

24532.47.5637.48.48

17.5115.40

245D-20(s)

17828.06.3634.46.87

25032.67.6737.58.57

17.9315.71

250D-20(s)

200D-20(s) 205D-20(s) 210D-20(s) 215D-20(s) 220D-20(s) 225D-20(s) 230D-20(s) 235D-20(s) 240D-20(s) 245D-20(s) 250D-20(s)

18128.26.4134.56.94

200D-205D-210D-215D-220D-225-230D-240D-245D-250D-20 (S)NEW DIMENSIONS

MONOCRYSTALLINE MODULES



• Industry leading module power output warranty• International quality, safety and performance certifications• Modules manufactured at ISO 9001 certified factories• High-reliability with guaranteed 0/+5W peak power classification• Module performance reinsurance policy (Munich RE)





LIGHT OUR FUTURE

The typical relative change in module efficiency at an irradiance of 200W/m² in relation to 1000W/m²(both at 25°C and AM 1.5 spectrum) is less than 6%

1.05

2)

1

0.95

0.9

0.85

0.8200 300 400 500 600 700 800 900 1000


0

1

2

4

3

6

5

0 5 10 15 20 25 30 35 40 45 50Voltage / V

Cur

rent

/ A

Rel

ativ

e Ef

ficie

ncy

1000W/m²

800W/m²

600W/m²

400W/m²

200W/m²

Above graphics according to LDK-220D-20(s)


4 places

8-8x3Drainage holes

8 places

Junction box


8 places

2-Ø4Ground holes

2 places

40

1000

976938

1630

1300

800

50

5030

3016

541

5

1630

976


160P-165P-170P-175P-180P-185P-190P-195P-200P-24 (S)NEW DIMENSIONS

POLYCRYSTALLINE MODULES





IEC: 1000V / UL: 600 V












45±2°C-0.47% / °C-0.34% / °C0.06% / °C

10 A-40 to +85°C-40 to +60°C

LDK-P-24 Series (s)




700 pcs. / 40 ft (H)

LDK-P-24 Series (s)



72 (6x12) polycrystalline silicon solar cells 125 x 125 mm3.2 mm thick, Tempered glass / AR coating glass





1580 x 808 x 40 mm / 62.4 x 31.8 x 1.6 inches (new dimensions)15.6 kg / 34.4 lbs


LDK-P-24 Series (s)



LIGHT OUR FUTURE

40808

1580


4 places8-8x3

Drainage holes8 places

Junction box


8 places

2-Ø4Ground holes

2 places The typical relative change in module efficiency at an irradiance of 200W/m² in relation to 1000W/m²(both at 25°C and AM 1.5 spectrum) is less than 6%

1.05

2)

1

0.95

0.9

0.85

0.8200 300 400 500 600 700 800 900 1000


0

1

2

3

4

5

6

0 5 10 15 20 25 30 35 40 45 50Voltage / V

Cur

rent

/ A

Rel

ativ

e Ef

ficie

ncy

1000W/m²

800W/m²

600W/m²

400W/m²

200W/m²

Above graphics according to LDK-175P-24(s)

16035.14.6043.24.95

14.6612.53

160P-24(s)

11631.73.6639.84.01

16535.44.6843.65.04

15.1212.92

165P-24(s)

12032.33-7140.14.08

17035.94.7644.05.13

15.5813.32

170P-24(s)

12332.63.7740.54.15

17536.14.8744.35.21

16.0413.71

175P-24(s)

12733.13.8340.84.22

18036.44.9644.65.28

16.4914.10

180P-24(s)

13033.63.8741.14.27

18536.85.0244.95.51

16.9514.49

185P-24(s)

13433.63.9941.34.46

19037.25.1

45.15.6

17.4114.88

190P-24(s)

13834.14.0541.54.53

19537.55.2

45.35.69

17.8715.27

195P-24(s)

14134.64.1

41.74.6

20037.85.3

45.55.78

18.3315.67

200P-24(s)

160P-24(s) 165P-24(s) 170P-24(s) 175P-24(s) 180P-24(s) 185P-24(s) 190P-24(s) 195P-24(s) 200P-24(s)

14535

4.1641.94.67

950

808770

1580

1300

800

50503030140

390


TYPEtNominal Output (Pmax) [W] Voltage at Pmax (Vmp) [V]Current at Pmax (Imp) [A]Open Circuit Voltage (Voc) [V]Short Circuit Current (Isc)The power tolerance is +/- 3% referred to the Nominal OutputMaximum System VoltageCell EfficiencyModule Efficiency



IEC: 1000V / UL: 600 V







45±2°C-0.47 % / °C-0.34 % / °C0.06 % / °C

12 A-40 to +85°C-40 to +60°C

LDK-P-20 Series (s)




700 pcs. / 40 ft (H)

LDK-P-20 Series (s)



60 (6x10) polycrystalline silicon solar cells 156 x 156 mm3.2 mm thick, Tempered glass / AR coating glass





1630 x 976 x 40 mm / 64.2 x 38.4x 1.6 inches (new dimensions)20 kg / 44.1 lbs


LDK-P-20 Series (s)


20029.66.7536.07.82

14.1212.57

200P-20(s)

14525.15.8033.16.33

20529.66.9336.07.82

14.4712.89

205P-20(s)

14925.75.8033.16.33

21029.77.0736.17.83

14.8313.20

210P-20(s)

15226.25.8133.26.34

21529.87.2336.37.98

15.1813.51

215P-20(s)

15626.35.9333.46.46

22029.87.4036.58.14

15.5313.83

220P-20(s)

15926.46.0433.66.59

22529.97.5336.78.24

15.8914.14

225P-20(s)

16326.76.1233.86.67

23029.97.6836.88.34

16.2414.46

230P-20(s)

16727.16.1933.96.75

23530.07.8436.88.35

16.5914.77

235P-20(s)

17027.46.2233.96.76

24030.07.9836.98.35

16.9415.09

240P-20(s)

17428.06.2334.06.76

24530.18.1437.28.48

17.2915.40

245P-20(s)

17828.16.3334.36.87

25030.28.2837.58.59

17.6415.71

250P-20(s)

200P-20(s) 205P-20(s) 210P-20(s) 215P-20(s) 220P-20(s) 225P-20(s) 230P-20(s) 235P-20(s) 240P-20(s) 245P-20(s) 250P-20(s)

18128.26.4234.56.95

200P-205P-210P-215P-220P-225P-230P-235P-240P-245P-250P-20 (S)NEW DIMENSIONS




• Industry leading module power output warranty• International quality, safety and performance certifications• Modules manufactured at ISO 9001 certified factories• High-reliability with guaranteed 0/+5W peak power classification• Module performance reinsurance policy (Munich RE)



• ISO9001:2008 Quality Management System• CEC Listed: modules are elegible for California rebates• PV Cycle: voluntary module take back and recycling program• MCS The Microgeneration Certification Scheme UK


LIGHT OUR FUTURE


4 places

8-8x3Drainage holes

8 places


8 places

2-Ø4Ground holes

2 places The typical relative change in module efficiency at an irradiance of 200W/m² in relation to 1000W/m²(both at 25°C and AM 1.5 spectrum) is less than 6%

1.05

2)

1

0.95

0.9

0.85

0.8200 300 400 500 600 700 800 900 1000


Voltage / V

Cur

rent

/ A

Rel

ativ

e Ef

ficie

ncy

1000W/m²

800W/m²

600W/m²

400W/m²

200W/m²


40

1000

976938

1630

1300

800

50

5030

30165

415

976

1630

Junction box

0 5 10 15 20 25 30 35 40 45 50





IEC: 1000V / UL: 600 V







45±2°C-0.47 % / °C-0.34 % / °C0.06 % / °C

12 A-40 to +85°C-40 to +60°C

LDK-P-24 Series (s)




440 pcs. / 40 ft (H)

LDK-P-24 Series (s)



72 (6x12) polycrystalline silicon solar cells 156 x 156 mm4 mm thick, Tempered glass / AR coating glass





1946 x 976 x 50 mm / 77.0 x 38.4x 2.0 inches (new dimensions)27.3 kg / 67.2 lbs


LDK-P-24 Series (s)


245P-24(s)

24035.86.7044.18.01

14.2712.64

240P-24(s)

17429.95.8240.66.48

24535.86.8544.18.02

14.5712.90

17830.35.8640.66.49

250P-24(s)

25035.96.9644.18.02

14.8613.16

18130.85.8940.66.49

255P-24(s)

25535.97.1144.180.4

15.1613.43

18531.05.9640.66.51

260P-24(s)

26036.07.2344.280.6

15.4613.69

18831.46.0140.76.53

265P-24(s)

26536.17.3544.28.14

15.7513.95

19231.66.0740.76.59

270P-24(s)

27036.27.4744.28.21

16.0514.22

19631.86.1540.76.65

275P-24(s)

27536.27.6044.38.28

16.3514.48

19932.16.2140.86.70

280P-24(s)

28036.37.7244.38.36

16.6614.74

20332.46.2740.86.77

285P-24(s)

28536.47.8344.48.44

16.9615.01

20732.86.3140.96.81

290P-24(s)

245P-24(s)240P-24(s) 250P-24(s) 255P-24(s) 260P-24(s) 265P-24(s) 270P-24(s) 275P-24(s) 280P-24(s) 285P-24(s) 290P-24(s)

29036.57.9544.48.52

17.2715.27

21033

6.3940.96.91

240P-245P-250P-260P-265P-270P-275P-280P-285P-290P-24 (S)NEW DIMENSIONS









LIGHT OUR FUTURE


4 places8-8x3

Drainage holes8 places


8 places

2-Ø4Ground holes

2 placesThe typical relative change in module efficiency at an irradiance of 200W/m² in relation to 1000W/m²(both at 25°C and AM 1.5 spectrum) is less than 6%

1.05

2)

1

0.95

0.9

0.85

0.8200 300 400 500 600 700 800 900 1000


0

1

2

3

4

5

6

0 5 10 15 20 25 30 35 40 45 50Voltage / V

Cur

rent

/ A

Rel

ativ

e Ef

ficie

ncy

1000W/m²

800W/m²

600W/m²

400W/m²

200W/m²


1200

976924

1946

1300

800


5252

50

40

40

32357

3

976

1946

Junction box

PV MODULES

LDK SOLAR ENERGYSYSTEMS MODULES

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pv modules ldk solar energy systems modules · 2011-04-06 · pv modules ldk solar energy systems...

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