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Hot Sale ASZH54L 395-415M HALF-CELL Mono Solar Panel
Product Description

 

   395-415W                     21.23%                       0.55%

POWER RANGE      MAXIMUM EFFICIENCY       YEARLY DEGRADATION

12 YEARS PRODUCT WARRANTY    25 YEARS OUTPUT GUARANTEE

The manufacturing process of monocrystalline solar cells
Metallurgical purification of silicon
Purifying silicon to hyper pure silicon (or solar-grade level)
Making monocrystalline silicon ingot from solar-grade polysilicon.
Making monocrystalline wafers and turning them into monocrystalline solar cells.
In metallurgical purification, cruel silica is chemically processed to give pure silicon. The process includes the reaction of silica with carbon to form molten silicon at the bottom of the electric arc furnace. The purity level of silicon at the end of the step is 98%.

 

After purifying silicon to metallurgical grade (MG), it is further processed to give solar-grade silicon. This step covers the Siemens process. The Siemens process is also a multistep process, involving chemical engineering unit operations, reaction, separation, and purification. In the end, we get hyper pure polysilicon (or solar-grade silicon). The purity of this silicon is very, very high.

KEY FEATURES

Excellent Cells Efficiency 

MBB technology reduce the distance between busbars and finger grid line which is benefit to power increase.

Anti PID 

Ensured PID resistance through the quality control of cell manufacturing process and raw materials.

TIER 1

Global,Tier 1 bankable brand,with independently certified advanced   automated manufacturing.

Better Weak Illumination Response

More power output in weak light condition, such as haze,cloudy, and early morning.

Adapt To Harsh Outdoor Environment

Resistant to harsh environments such as salt, ammonia, sand, high temperature and high humidity  environment. 

Excellent Quality Managerment System

Warranted reliability and stringent quality assurances well beyond  certified requirements.



ELECTRICAL CHARACTERISTICS STC* 


Nominal Power Watt Pmax(W)* 

395 

400

405

410

415

Power Output Tolerance Pmax(%)  

0~+3 

0~+3 

0~+3 

0~+3 

0~+3 

Maximum Power Voltage Vmp(V)

30.70

30.90

31.10

31.30

31.50

Maximum Power Current Imp(A)  

12.87 

12.95 

13.03 

13.10 

13.18 

Open Circuit Voltage Voc(V) 

36.90 

37.10 

37.30 

37.50 

37.70 

Short Circuit Current Isc(A)

13.63 

13.70 

13.77 

13.84 

13.91 

Module  Efficiency (%)

20.20 

20.46 

20.72 

20.97 

21.23 

 

MECHANICAL DATA


Solar cells 

Mono PERC 

Cells orientation 

1086×18 

Module dimension 

1724×1134×35mm  (With Frame)

Weight

21±1 kg

Glass

3.2mm, High Transmission, AR Coated Tempered Glass

Junction box

IP 683 diodes

Cables 

4 mm² ,350 mm (With  Connectors)

Connectors* 

MC4-compatible

 

ELECTRICAL CHARACTERISTICS 丨 NMOT


Maximum  Power Pmax(Wp)

295.20

299.00

302.70

306.30

310.10

Maximum Power Voltage Vmpp(V)

28.50

28.70

28.90

29.10

29.30

Maximum Power Current Impp(A)

10.35

10.41

10.47

10.53

10.59

Open Circuit Voltage Voc(V)

34.50

34.70

34.80

35.00

35.20

Short Circuit Current Isc(A)

11.01

11.06

 

11.12

11.18

11.23

 

TEMPERATURE RATINGS                            WORKING CONDITIONS

 

NMOT

44℃ ±2℃

Maximum  system voltage

1500 V DC

Temperature coefficient of Pmax

-0.35%/℃

Operating temperature

-40℃~+85℃

Temperature coefficient of Voc

-0.29%/℃

Maximum  series fuse

25 A

Temperature coefficient of Isc

0.05%/℃      

Front Side Maximum Static Loading Up to 5400 Pa

Rear Side Maximum Static Loading Up to 2400 Pa

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