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소재 및 부속품

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405W Eclipse Monocrystalline Solar Pv Panel

모델명 :
  • - Cell : Mono 156.75x31.2mm
  • - No. of cells : 408 (34x12)
제품 견적문의

상품상세정보

【Product introduction】


Cell

Mono 156.75mmx31.2mm High   Efficiency Solar Cell

No. of cells

408（34×12）

Rated Maximum   Power(Pmax)

405W

Junction Box

IP67

Maximum System   Voltage

1000V/1500V DC(IEC)

Operating Temperature

-40℃～+85℃

Dimensions

1941mm×1048mm×40mm

Weight

23kg±3%

  

【Product description】

405W Eclipse Monocrystalline Solar Panel.


The shingle technology was developed in the 1960s. First with the drastic fall in silicon solar cell costs and the successful realization of conductive glues, however, was the market readiness of the technology reached.

 

The market demand for shingle modules is rising rapidly due to their high efficiency and pleasing aesthetics. The cell conductive  stringer is unique and reliable which offers a wide range of possibilities for the prototype production of this highly efficient module.

 

The aesthetics and the high power density has pushed the shingle technology forward, especially in the automotive industry and for building-integrated PV applications. Top module manufacturers inquire increasingly about application-oriented developments and technology assessments for shingle solar cells.”


  

1 KEY FEATURES

34x12 Cut Cells 405W Solar Pv Panel Excel1


2 MECHANICAL DIAGRAMS

119




3 ELECTRICAL PARAMETERS at STC

 

Rated Maximum Power(Pmax) [W]

390

395

400

405

Open Circuit Voltage(Voc) [V]

44.71

44.91

45.12

45.32

Maximum Power Voltage(Vmp) [V]

36.80

37.01

37.21

37.41

Short Circuit Current(Isc) [A]

11.16

11.24

11.33

11.41

Maximum Power Current(Imp) [A]

10.60

10.67

10.75

10.82

Module Efficiency [%]

19.17

19.42

19.66

19.91

Power Tolerance

0~+5W

Temperature Coefficient of   Isc(α_Isc)

0.05%/℃

Temperature Coefficient of   Voc(β_Voc)

-0.275%/℃

Temperature Coefficient of   Pmax(γ_Pmp)

-0.368%/℃

STC

Irradiance   1000W/m², cell temperature 25℃, AM1.5G

 

Solar photovoltaic system, also known as photovoltaic, refers to the photovoltaic effect of photovoltaic semiconductor materials and the solar energy into direct current facilities.