+ All Categories
Home > Documents > FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL...

FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL...

Date post: 20-Jan-2020
Category:
Upload: others
View: 5 times
Download: 0 times
Share this document with a friend
17
www.ldksolar.com FROM POLYSILICON TO SYSTEMS
Transcript
Page 1: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

www.ldksolar.com

FROM POLYSILICONTO SYSTEMS

Page 2: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

2 3

LDK SOLAR, THE WORLD’S LARGEST VERTICALLY INTEGRATED MANUFACTURER,

BEST IN CLASS TECHNOLOGYAND COST EFFECTIVE

Vertically integrated solar manufacturer

Proven cost reduction roadmap

Proven leadership in wafer manufacturing

& ability to ramp up polysilicon production

Strong and diversified wafer and module customer base

Attractive growth strategies

CORPORATE

2 GW VERTICAL INTEGRATION

GRID PARITY FORMULA

POLYSILICON

INGOTS

WAFERS

CELLS

MODULES

SYSTEMS

PRODUCTS

LDK MODULES: QUALITY AND GUARANTEES

FULL-BLACK MODULE

FRAMELESS MODULE

MONOCRYSTALLINE MODULES

POLYCRYSTALLINE MODULES

LDK SYSTEMS: RESIDENTIAL KITS

LDK SYSTEMS: POWERPLANT BLOCK

ADVERTISING

4

7

8

9

10

11

12

13

15

16

17

18

22

28

30

31

CONTENTS

Page 3: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

4 5

TRULY VERTICALLY INTEGRATED LEADER IN THE SOLAR INDUSTRY

POLYSILICON

IN HOUSE & THIRD PARTY

12.000 MT TODAY25.000 MT BY END OF 2011

SILICON RECYCLING

IN HOUSE

6.000 / 8.000 MT PER YEAR

MODULE

IN HOUSE

1.6 GW TODAY3.0 GW BY END OF 2011

INGOT/WAFER

IN HOUSE

3.5 GW TODAY4.2 GW BY END OF 2011

SYSTEM/PROJECT

IN HOUSE & THIRD PARTY

> 500 MW PIPELINEIN EUROPE, US, AFRICA, ASIA AND CHINA

CELL

IN HOUSE & THIRD PARTY

800 MW TODAY1.8 GW BY END OF 2011

Page 4: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

6 7

PROVEN COST REDUCTIONROADMAP

VERTICAL INTEGRATION GRID PARITY FORMULA

LDK Solar manufactures polysilicon, mono and multi crystalline ingots, wafers, cells and modules under one roof. An incredibly competitive cost structure with high quality and efficiency products that means the best formula to the real grid parity.

2 GWTHE BIGGEST FULLYINTEGRATED PRODUCTION IN THE WORLD

ECONOMIESOF SCALE & RAPIDGROWTH

+

COMPETITIVECOST STRUCTURE+

HIGH QUALITYHIGH EFFICIENCYPRODUCTS

+

GRID PARITYLDK SOLAR=

Page 5: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

8 9

THE WORLD’S LARGEST SINGLE POLYSILICON PLANT SITE

LARGER INGOT PRODUCTION MEANS COST REDUCTION

LDK POLYSILICON LDK INGOTS12.000

MTtoday

3.5GWtoday

As a part of its vertical integration strategy, in 2008 LDK Solar constructed a polysilicon plant with two production facilities, near its wafer production facilities. With a total yearly production capacity of 12000 MT, this is the largest single polysilicon manufacturing plant site in the world.The installation of a closed loop polysilicon production process allows LDK Solar to produce and use on site many of the key chemicals and gases required to make silicon, while also recycling residual STC.

At LDK Solar, we produce larger monocrystalline and multicrystalline ingots. This innovation enables us to increase our yield of ingots and improve the utilization rates of our facilities thus reducing costs by reaching large scale economies. For example, LDK Solar produces 800-kg multicrystalline ingots which increase throughput production efficiencies by reducing manufacturing bottlenecks.

TECHNICAL SPECIFICATION 11N

SiliconGrade

Semi-conductorGrade

Solar Grade

N-TypeResistivity (u.cm)

> 300

> 50

P-TypeResistivity (u.cm)

> 3000

> 500

Carbon Content(atoms/cm3)

> 1,5 x 1 E16

> 2,5 x 1 E16

Page 6: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

10 11

THE LARGEST MULTICRYSTALLINE WAFERPROVIDER IN THE WORLD

PV CELL IN-HOUSEMANUFACTURING

LDK WAFERS LDK CELLS3.5

GWtoday

800MWtoday

As the largest multicrystalline wafer provider in the world, LDKSolar has an established track record of consistently deliveringhigh quality solar wafers to our valued customers. We take pride in providing technologically advanced and reliable solar wafers. At LDK Solar, we utilize state-of-the-art wafer processing equipment combined with proprietary know-how that enables us to make efficient use of polysilicon and therefore lower the costs.

Manufacturing in-house PV cells and increasing the efficiency of solar cells is one of the most effective ways to reduce the cost of PV modules. We completed our 800 MW manufacturing line and can now produce our own cells in-house. We also developed new high-efficiency monocrystalline and multicrystalline cell technology. Manufacturing our own cells in-house enables us to reduce the cost of modules and increase quality management.

Mono Mono

Multi

Multi

Page 7: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

12 13

MAKING SOLARMODULES ACCESSIBLEFOR EVERYONE

THE FINAL DOWNSTREAM INTEGRATION

LDK MODULES LDK SYSTEMS1.6

GWtoday

> 500MWpipeline

worldwide

• Vertically integrated manufacturing• Large scale production facilities• Proven low-cost manufacturing• High-quality, high-efficiency products• Leading global wafer supplier• Diversified global customer base

CAPACITY:

600 MWApril 2010

1.6 GWToday

3.0 GWBy the end of 2011

LDK Solar has reached our goal to become the most vertically integrated PV company by also providing systemintegration. With proven experience, know-how and passion to help our clients, LDK Solar can provide engineering and design support, ensure the quality of the products and monitor the efficiency of the system.

We can also offer financing solutions, thanks to a strategic agreement with China Development Bank that will provide up to $ 8.9 billion of credit facilities to LDK Solar over a five-year period.

Mono

MultiFinancial

solution

service

NEW

Page 8: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

14 15

OUR MODULE QUALITY IS RELIABLEAND GUARANTEED

LDK SOLAR MODULES

MODULEQUALITY

MODULEWARRANTY

MODULERECYCLING

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 power warranty

ONE OF THE MOST COMPREHENSIVE WARRANTIES IN THE SOLAR INDUSTRY:

• materials and workmanship - covered for 5 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

SINCE THE BEGINING OF 2010 LDK SOLAR IS A PROUD MEMBER OF PV CYCLE

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

LDK PRODUCTS

Page 9: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

16 17

185D-190D-195D-200D-24 (S)FULL-BLACK DESIGN

185D-190D-195D-200D-24 (S) FRAMELEss FoR biPV AnD ARcHitEctuRE

FULL-BLACK MODULE FRAMELESS MODULE

IV CURVE AT DIFFERENT IRRADIANCE LEVELS

PRODUCT HIGHLIGHTS PRODUCT HIGHLIGHTS

Cur

rent

[A]

Voltage [V]

IV CURVE AT DIFFERENT IRRADIANCE LEVELS

Cur

rent

[A]

Voltage [V]

0

1

2

3

4

5

6

0 5 10 15 20 25 30 35 40 45 500

1

2

3

4

5

6

0 5 10 15 20 25 30 35 40 45 50

DIMENSIONS

Tolerance of length and width dimensions is ± 2 mm

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

DIMENSIONS

Tolerance of length and width dimensions is ± 2 mm

950

802

1574

104,

24

Junction box

• Best efficiency and reliability with a modern and attractive black look

• Designed to be the perfect module for roof-top and residential roof

• Based on strict demands to reach architectural appearance requirements

• Highlights: elegant, modern and attractive

• Specially designed for BIPV and architectural applications

• Suitable for all standard building-integrated mounting systems

• Allows easy and flexible installation on roof-top use

• Options: standard or black appearance available

ELECTRIC CHARACTERISTICS (STC*) ELECTRIC CHARACTERISTICS (STC*)

MECHANICAL CHARACTERISTICS MECHANICAL CHARACTERISTICS

Nominal 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

Nominal 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

Solar CellsFront CoverBack CoverEncapsulantFrameDiodesJunction BoxConnectorCablesDimensionWeightMax. Load

Solar CellsFront CoverBack CoverEncapsulantDiodesJunction BoxConnectorCablesDimensionWeight

Nominal 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

Nominal 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

18536.95.0245.15.48

17.7714.49

18536.95.0245.15.48

17.7714.49

72 (6x12) monocryst. 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 dim.)15.6 kg / 34.4 lbs

Wind Load: 2400Pa / Snow Load: 5400 Pa

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

TPT (Tedlar-PET-Tedlar) / BBFEVA (ethylene vinyl acetate)6 Bypass diodes serviceable

IP65 ratedMC4 or compatible connector

Lenght: 950 mm / Section: 4.0 mm2

1574 x 802 x 4,5 mm / 62 x 31.6 x 0,2 inches (new dim.)12.4 kg / 34 lbs

19537.95.1645.35.54

18.7315.27

19537.95.1645.35.54

18.7315.27

19037.75.0545.25.51

18.2514.88

19037.75.0545.25.51

18.2514.88

20038.15.2745.45.57

19.2116.67

20038.15.2745.45.57

19.2116.67

TYPE TYPE

TYPE TYPE

TYPE TYPE

185D-24(s) 185D-24(s)

185D-190D-195D-200D-24(s) 185D-190D-195D-200D-24(s)

195D-24(s) 195D-24(s)

190D-24(s) 190D-24(s)

200D-24(s) 200D-24(s)

IEC: 1000V / UL: 600 V IEC: 1000V / UL: 600 V

IEC: 1000V / UL: 600 V IEC: 1000V / UL: 600 V

NEW NEW

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

Page 10: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

18 19

16035.04.6

44.05.38

15.3712.53

11629.83.8940.54.36

16535.24.6844.25.40

15.8512.92

12030.73.9140.74.37

17035.44.7644.55.42

16.3313.32

12331.33.9341.04.39

17535.94.8744.75.43

16.8113.71

12732.33.9441.24.40

18036.24.9844.95.46

17.2814.10

13032.83.9641.34.42

45±2°C-0.47% / °c-0.34% / °c0.06% / °c

20 A-40 to +85°c-40 to +60°c

25 pcs. / box 50 pcs. / pallet

700 pcs. / 40 ft (H)

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

18536.95.0245.15.48

17.7714.49

13433.63.9841.54.44

19037.75.0545.25.51

18.2514.88

13834.63.9941.64.46

19537.95.1645.35.54

18.7315.27

14235.54.0141.84.48

20038.15.2745.45.57

19.2116.67

14636.44.0342

4.50

ELECTRIC CHARACTERISTICS (STC*)

ELECTRICAL PERFORMANCE AT NOCT

TEMPERATURE CHARACTERISTICS

PACKING CONFIGURATION

MECHANICAL CHARACTERISTICS

TYPE

TYPE

TYPE

TYPE

TYPE

Nominal 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

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

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

Packing ConfigurationQuantity/PalletLoading Capacity

Solar CellsFront CoverBack CoverEncapsulantFrameDiodesJunction BoxConnectorCablesDimensionWeightMax. Load

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

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

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

LDK Solar reserves the right to make specifications changes without any prior notice. This data sheet complies with the EN 50380 requirement. April 2011/V2/ ©LDK Solar Limited. All rights reserved. E.&O.E.

160D-24(s)

160D-24(s)

165D-24(s)

165D-24(s)

170D-24(s)

170D-24(s)

175D-24(s)

175D-24(s)

180D-24(s)

180D-24(s)

LDK-D-24 Series (s)

LDK-D-24 Series (s)

LDK-D-24 Series (s)

185D-24(s)

185D-24(s)

190D-24(s)

190D-24(s)

195D-24(s)

195D-24(s)

200D-24(s)

200D-24(s)

IEC: 1000V / UL: 600 V

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

MONOCRYSTALLINE MODULES

WHY LDK SOLAR MODULES

WARRANTIES

CERTIFICATES

• industry leading module power output warranty• international quality, safety and performance certifications• Modules manufactured in iso 9001 certified factories• High-reliability with guaranteed 0/+5W peak power

classification

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

• 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

PERFORMANCE AT LOW IRRADIANCE

IV CURVE AT DIFFERENT IRRADIANCE LEVELS

DIMENSIONS

1.05

1

0.95

0.9

0.85

0.8200 300 400 500 600 700 800 900 1000

Rel

ativ

e Ef

ficie

ncy

Cur

rent

[A

]

Irradiance [W/m2]

Voltage [V]

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%

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

Tolerance of length and width dimensions is ± 2 mm

0

1

2

3

4

5

6

0 5 10 15 20 25 30 35 40 45 50

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

Page 11: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

20 21

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

WHY LDK SOLAR MODULES

WARRANTIES

CERTIFICATES

• industry leading module power output warranty• international quality, safety and performance certifications• Modules manufactured in iso 9001 certified factories• High-reliability with guaranteed 0/+5W peak power

classification

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

• 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

PERFORMANCE AT LOW IRRADIANCE

IV CURVE AT DIFFERENT IRRADIANCE LEVELS

DIMENSIONS

Rel

ativ

e Ef

ficie

ncy

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%

Above graphics according to LDK-220D-20

Tolerance of length and width dimensions is ± 2 mm

0

1

2

3

4

5

6

0 5 10 15 20 25 30 35 40 45 50

4-10×10Drainage holes

4 places

8-8x3Drainage holes

8 places

Junction box

8-14x9Mounting slots

8 places

2-Ø4Ground holes

2 places

1200

800

1300

1642

1642

30 50

171

421

994 40994

3050

9561.05

1

0.95

0.9

0.85

0.8200 300 400 500 600 700 800 900 1000

20029.56.7836.17.68

14.3712.25

14525.35.7433.26.22

20529.76.9136.47.73

14.7412.56

14925.85.7833.56.26

21029.97.0236.67.78

15.0912.87

15226.15.8433.76.30

21530.67.0336.77.90

15.4613.17

15626.35.9333.86.40

22531.57.1537.08.11

16.1813.79

22031.27.0536.98.01

15.8113.48

16326.86.0934.16.57

15926.56.0134.06.48

45±2°C-0.47% / °c-0.34% / °c0.06% / °c

20 A-40 to +85°c-40 to +60°c

25 pcs. / box 50 pcs. / pallet

700 pcs. / 40 ft (H)

60 (6x10) monocrystalline silicon solar cells 156 x 156 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: 1000 mm / Section: 4.0 mm2

1642 x 994 x 40 mm / 64.2 x 39.1 x 1.6 inches20 kg / 44.1 lbs

Wind Load: 2400Pa / Snow Load: 5400 Pa

23031.87.2337.28.21

16.5614.09

16727.16.1634.36.65

23532.07.3537.28.30

16.9014.40

17027.36.2334.36.72

24032.27.4537.38.39

17.2514.70

24532.47.5637.48.48

17.5115.01

17427.76.2834.36.79

17828.06.3634.46.87

25032.67.6737.58.57

17.9315.32

18128.26.4134.56.94

ELECTRIC CHARACTERISTICS (STC*)

ELECTRICAL PERFORMANCE AT NOCT

TEMPERATURE CHARACTERISTICS

PACKING CONFIGURATION

MECHANICAL CHARACTERISTICS

TYPE

TYPE

TYPE

TYPE

TYPE

Nominal 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

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

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

Packing ConfigurationQuantity/PalletLoading Capacity

Solar CellsFront CoverBack CoverEncapsulantFrameDiodesJunction BoxConnectorCablesDimensionWeightMax. Load

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

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

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

LDK Solar reserves the right to make specifications changes without any prior notice. This data sheet complies with the EN 50380 requirement. April 2011/V2/ ©LDK Solar Limited. All rights reserved. E.&O.E.

200D-20

200D-20

205D-20

205D-20

210D-20

210D-20

215D-20

215D-20

225D-20220D-20

225D-20220D-20

LDK-D-20 Series

LDK-D-20 Series

LDK-D-20 Series

230D-20

230D-20

235D-20

235D-20

240D-20 245D-20

240D-20 245D-20

250D-20

250D-20

IEC: 1000V / UL: 600 V

MONOCRYSTALLINE MODULES

Cur

rent

[A

]

Irradiance [W/m2]

Voltage [V]

Page 12: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

22 23

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

WHY LDK SOLAR MODULES

WARRANTIES

CERTIFICATES

• industry leading module power output warranty• international quality, safety and performance certifications• Modules manufactured in iso 9001 certified factories• High-reliability with guaranteed 0/+5W peak power

classification

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

• 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

PERFORMANCE AT LOW IRRADIANCE

IV CURVE AT DIFFERENT IRRADIANCE LEVELS

DIMENSIONS

Rel

ativ

e Ef

ficie

ncy

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%

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

Tolerance of length and width dimensions is ± 2 mm

40808

1580

4-10×10Drainage holes

4 places

8-8x3Drainage holes

8 placesJunction box

8-14x9Mounting slots

8 places

2-Ø4Ground holes

2 places

950

808770

1580

1300

800

50

50303014

039

0

1.05

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 50

16035.14.6043.24.95

14.6612.53

11631.73.6639.84.01

16535.44.6843.65.04

15.1212.92

12032.33.7140.14.08

17035.94.7644.05.13

15.5813.32

12332.63.7740.54.15

17536.14.8744.35.21

16.0413.71

12733.13.8340.84.22

18036.44.9644.65.28

16.4914.10

13033.63.8741.14.27

45±2°C-0.47% / °c-0.34% / °c0.06% / °c

20 A-40 to +85°c-40 to +60°c

25 pcs. / box 50 pcs. / pallet

700 pcs. / 40 ft (H)

72 (6x12) polycrystalline 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

18536.85.0244.95.51

16.9514.49

13433.63.9941.34.46

19037.25.1

45.15.6

17.4114.88

13834.14.0541.54.53

19537.55.2

45.35.69

17.8715.27

14134.64.1

41.74.6

20037.85.3

45.55.78

18.3315.67

14535

4.1641.94.67

ELECTRIC CHARACTERISTICS (STC*)

ELECTRICAL PERFORMANCE AT NOCT

TEMPERATURE CHARACTERISTICS

PACKING CONFIGURATION

MECHANICAL CHARACTERISTICS

TYPE

TYPE

TYPE

TYPE

TYPE

Nominal 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

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

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

Packing ConfigurationQuantity/PalletLoading Capacity

Solar CellsFront CoverBack CoverEncapsulantFrameDiodesJunction BoxConnectorCablesDimensionWeightMax. Load

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

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

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

LDK Solar reserves the right to make specifications changes without any prior notice. This data sheet complies with the EN 50380 requirement. April 2011/V2/ ©LDK Solar Limited. All rights reserved. E.&O.E.

160P-24(s)

160P-24(s)

165P-24(s)

165P-24(s)

170P-24(s)

170P-24(s)

175P-24(s)

175P-24(s)

180P-24(s)

180P-24(s)

LDK-P-24 Series (s)

LDK-P-24 Series (s)

LDK-P-24 Series (s)

185P-24(s)

185P-24(s)

190P-24(s)

190P-24(s)

195P-24(s)

195P-24(s)

200P-24(s)

200P-24(s)

IEC: 1000V / UL: 600 V

POLYCRYSTALLINE MODULES

Cur

rent

[A

]

Irradiance [W/m2]

Voltage [V]

Page 13: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

24 25

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

WHY LDK SOLAR MODULES

WARRANTIES

CERTIFICATES

• industry leading module power output warranty• international quality, safety and performance certifications• Modules manufactured ij iso 9001 certified factories• High-reliability with guaranteed 0/+5W peak power

classification

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

• 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• Mcs the Microgeneration certification scheme uK

PERFORMANCE AT LOW IRRADIANCE

IV CURVE AT DIFFERENT IRRADIANCE LEVELS

DIMENSIONS

Rel

ativ

e Ef

ficie

ncy

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%

Above graphics according to LDK-220P-20

Tolerance of length and width dimensions is ± 2 mm

0

1

2

3

4

5

6

0 5 10 15 20 25 30 35 40 45 50

4-10×10Drainage holes

4 places

8-8x3Drainage holes

8 places

8-14x9Mounting slots

8 places

2-Ø4Ground holes

2 places

40

421

171

50

1642

1200

800

1300

1642

994994956

30 50

Junction box

1.05

1

0.95

0.9

0.85

0.8200 300 400 500 600 700 800 900 1000

20029.66.7536.07.82

14.1212.25

14525.15.8033.16.33

20529.66.9336.07.82

14.4712.56

14925.75.8033.16.33

21029.77.0736.17.83

14.8312.87

15226.25.8133.26.34

21529.87.2336.37.98

15.1813.17

15626.35.9333.46.46

22529.97.5336.78.24

15.8913.79

22029.87.4036.58.14

15.5313.48

16326.76.1233.86.67

15926.46.0433.66.59

45±2°C-0.47 % / °c-0.34 % / °c0.06 % / °c

20 A-40 to +85°c-40 to +60°c

25 pcs. / box 50 pcs. / pallet

700 pcs. / 40 ft (H)

60 (6x10) polycrystalline silicon solar cells 156 x 156 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: 1000 mm / Section: 4.0 mm2

1642 x 994 x 40 mm / 64.6 x 39.1 x 1.6 inches20 kg / 44.1 lbs

Wind Load: 2400Pa / Snow Load: 5400 Pa

23029.97.6836.88.34

16.2414.09

16727.16.1933.96.75

23530.07.8436.88.35

16.5914.40

17027.46.2233.96.76

24030.07.9836.98.35

16.9414.70

24530.18.1437.28.48

17.2915.01

17428.06.2334.06.76

17828.16.3334.36.87

25030.28.2837.58.59

17.6415.32

18128.26.4234.56.95

ELECTRIC CHARACTERISTICS (STC*)

ELECTRICAL PERFORMANCE AT NOCT

TEMPERATURE CHARACTERISTICS

PACKING CONFIGURATION

MECHANICAL CHARACTERISTICS

TYPE

TYPE

TYPE

TYPE

TYPE

Nominal 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

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

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

Packing ConfigurationQuantity/PalletLoading Capacity

Solar CellsFront CoverBack CoverEncapsulantFrameDiodesJunction BoxConnectorCablesDimensionWeightMax. Load

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

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

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

LDK Solar reserves the right to make specifications changes without any prior notice. This data sheet complies with the EN 50380 requirement. April 2011/V2/ ©LDK Solar Limited. All rights reserved. E.&O.E.

200P-20

200P-20

205P-20

205P-20

210P-20

210P-20

215P-20

215P-20

225P-20220P-20

225P-20220P-20

LDK-P-20 Series

LDK-P-20 Series

LDK-P-20 Series

230P-20

230P-20

235P-20

235P-20

240P-20 245P-20

240P-20 245P-20

250P-20

250P-20

IEC: 1000V / UL: 600 V

POLYCRYSTALLINE MODULES

Cur

rent

[A

]

Irradiance [W/m2]

Voltage [V]

Page 14: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

26 27

240P-245P-250P-260P-265P-270P-275P-280P-285P-290P-24

WHY LDK SOLAR MODULES

WARRANTIES

CERTIFICATES

• industry leading module power output warranty• international quality, safety and performance certifications• Modules manufactured in iso 9001 certified factories• High-reliability with guaranteed 0/+5W peak power

classification

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

• 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

PERFORMANCE AT LOW IRRADIANCE

IV CURVE AT DIFFERENT IRRADIANCE LEVELS

DIMENSIONS

Rel

ativ

e Ef

ficie

ncy

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%

Above graphics according to LDK-260P-24

Tolerance of length and width dimensions is ± 2 mm

4-10×10Drainage holes

4 places8-8x3

Drainage holes8 places

8-14x9Mounting slots

8 places

2-Ø4Ground holes

2 places

994 40

40 52 524032

957

9

1958 19

5813

0080

0

1200

994942

Junction box

1.05

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 50

24035.86.7044.18.01

14.2712.33

17429.95.8240.66.48

24535.86.8544.18.02

14.5712.59

17830.35.8640.66.49

25035.96.9644.18.02

14.8612.84

18130.85.8940.66.49

25535.97.1144.18.04

15.1613.10

18531.05.9640.66.51

26536.17.3544.28.14

15.7513.62

26036.07.2344.28.06

15.4613.36

19231.66.0740.76.59

18831.46.0140.76.53

45±2°C-0.47 % / °c-0.34 % / °c0.06 % / °c

20 A-40 to +85°c-40 to +60°c

20 pcs. / box 40 pcs. / pallet

440 pcs. / 40 ft (H)

72 (6x12) polycrystalline silicon solar cells 156 x 156 mm4 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: 1200 mm / Section: 4.0 mm2

1958 x 994 x 40 mm / 77.1 x 39.1x 2.0 inches30.5 kg / 67.2 lbs

Wind Load: 2400Pa / Snow Load: 5400 Pa

27036.27.4744.28.21

16.0513.87

19631.86.1540.76.65

27536.27.6044.38.28

16.3514.13

19932.16.2140.86.70

28036.37.7244.38.36

16.6614.39

28536.47.8344.48.44

16.9615.00

20332.46.2740.86.77

20732.86.3140.96.81

29036.57.9544.48.52

17.2715.27

21033

6.3940.96.91

ELECTRIC CHARACTERISTICS (STC*)

ELECTRICAL PERFORMANCE AT NOCT

TEMPERATURE CHARACTERISTICS

PACKING CONFIGURATION

MECHANICAL CHARACTERISTICS

TYPE

TYPE

TYPE

TYPE

TYPE

Nominal 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

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

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

Packing ConfigurationQuantity/PalletLoading Capacity

Solar CellsFront CoverBack CoverEncapsulantFrameDiodesJunction BoxConnectorCablesDimensionWeightMax. Load

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

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

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

LDK Solar reserves the right to make specifications changes without any prior notice. This data sheet complies with the EN 50380 requirement. April 2011/V2/ ©LDK Solar Limited. All rights reserved. E.&O.E.

240P-24

240P-24

245P-24

245P-24

250P-24

250P-24

255P-24

255P-24

265P-24260P-24

265P-24260P-24

LDK-P-24 Series

LDK-P-24 Series

LDK-P-24 Series

270P-24

270P-24

275P-24

275P-24

280P-24 285P-24

280P-24 285P-24

290P-24

290P-24

IEC: 1000V / UL: 600 V

POLYCRYSTALLINE MODULES

Cur

rent

[A

]

Irradiance [W/m2]

Voltage [V]

Page 15: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

28 29

• Designed to meet French certification for 2012• Possible to integrated inpitched roofs with a slope as low

as 4°• solar tiles - simple and fast installation• Reliable production and monitoring• European quality• First-class after sales service based in Europe

• High-quality mounting system• Excellent adaptability to all kind of roofs• black anodized module clamps• Longevity of system• Reliable production and monitoring• European quality• First-class after sales service based in Europe

• Full black laminated modules with cstb approved system• suitable to cover almost all types of coverage• Roof slope > 4° (within the specifications if < 20°)• Landscape oriented modules• support profiles in extruded aluminum alloy (6060 t6)• custom Flashing system galvanized lacquered 75/100ths• EPDM rubber seals dual hardness• cooling polymer glass fiber reinforced PP• Anti tearing polymer PA

• Full black framed modules• suitable for most types of roof covering• Roof slope up to 60°• Wind load up to 50 m/s• snow load up to 1,4 kn/m• Portrait or landscape oriented modules• Roof hooks and fasteners stainless steel (V2A)• system support rail in extruded aluminium (6063 t6)

RESIDENTIAL KITS

LDK SYSTEMS

As the photovoltaic sector moves towards grid parity economies must be made along the entire value chain. That’s why a large integrated company like LDK now offers a complete kit for residential, agricultural and small commercial installations.LDK offers both an in roof, architectural solution for new build and BIPV applications and a high quality on roof solution. LDK’s in roof solution fullfils the French criteria of integration of CEIAB (Comité d’Evaluation l’Intégration au Bâti). LDK will provide attractive full-black laminates and full-black modules to ensure an attractive look to our installations.

GENERAL CHARACTERISTICS FOR ON ROOF INSTALLATION:

BIPV ARCHITECTURAL SOLUTIONS ON ROOF QUALITY SOLUTIONS

GENERAL CHARACTERISTICS FOR IN ROOF INTEGRATION:

Every kit consists of the following components:

• High performance full black monocrystalline modules

• High quality LDK Inverter for standard configurations

• LDK mounting system for both BIPV or on roof applications

• DC cable set• All other accessories: data logger and

display, system documentation

SYSTEM SPECIFICATIONS

ELECTRICAL CHARACTERISTICS:

185

36.9

5.02

45.1

5.48

187

37.2

5.03

45.1

5.49

190

37.7

5.05

45.2

5.51

TYPE

Nominal 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 output

Maximum System Voltage

185D-24(s) 187D-24(s) 190D-24(s)

IEC: 1000V / UL: 600 V

NEW

Page 16: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

30

POWERPLANT BLOCK

LDK SYSTEMS

LDK IS BUILDING A STRONG PV PROJECTS BUSINESSES BY LEVERAGING A STRONG FINANCING SOLUTION BACKED BY THE CHINA DEVELOPMENT BANK.

• strong financing support from china Development bank: ¥ 60 bilion credit line• High quality, large volume, low-cost and bankable solar products• offer financial support to customer in different markets• Local customer support from local teams• Provide one-stop-shop solar energy solutions and services, which is especially important in less sophisticated emerging markets• Proven business model and track record• increasing PV projects pipeline

NORTHAMERICA:SPI

EUROPE:SGT

EUROPE:LDK EUROPE

CHINA:EPC & PV PROJECT

Financial

solution

service

WE WILL MANAGEEVEN WITHOUT HELP

© U

li Wies

meie

r/Cor

bis |

mela

niaz

ilio.co

m

www.ldksolar.com

SILICON INGOTS WAFERS CELLS MODULES PV SYSTEMS

2 GW fully vertical integration industry from silicon to system

Page 17: FROM POLYSILICON TO SYSTEMS · 2015-06-12 · 6 7 PROVEN COST REDUCTION ROADMAP VERTICAL INTEGRATION GRID PARITY FORMULA LDK Solar manufactures polysilicon, mono and multi crystalline

www.ldksolar.com

HEADQUARTERSJIANGxI LDK SOLAR HI-TECH CO., LTDLDK Avenue, Economic Development Zone, Xinyu, Jiangxi, 338032 P.R. ChinaPh. +86.790.6669000

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

LDK SOLAR HI-TECH (NANCHANG) SO., LTD.No. 999 Torch Boulevard, Nanchang City, Jiangxi Province, P.R. China

LDK SOLAR USA, INC. 1290 Oakmead Parkway, Suite 306, Sunnyvale, CA 94085 - USAPh. +1.408.2450858 - [email protected]

SPI - AN LDK COMPANY 1115 Orlando Avenue, Rose Ville, CA 95661-5247 - USAPh. +1.916.745.0929 - www.spisolar.com

LDK SOLAR EUROPE HOLDING S.A12F Rue Guillame Kroll, L-1882 Luxembourg

LDK SOLAR ITALYVia S. Martino, 25 31020 San Zenone degli Ezzelini, Treviso - ItalyPh. +39.0423.948833 - [email protected]

SOLAR GREEN TECHNOLOGY - AN LDK COMPANYVia Procaccini, 48 20154 Milano - ItalyPh. +39.02.87242050 - www.solargt.com

LDK SOLAR GERMANY Landsberger Strasse 302 80687 Munich - GermanyPh. +49.90405.276 - [email protected]

LDK SOLAR UKPh. +44.787.5685085 - [email protected]

LDK SOLAR FRANCEPh. +33.619.606288 - [email protected]

LDK SOLAR SPAINPh. +34.672.074200 - [email protected]


Recommended