Total Black solar panel 20w flexible cell ETFE Film Coating semi battery charger 12V | Электроника

Total Black solar panel 20w flexible cell ETFE Film Coating semi battery charger 12V | Электроника

20W 18V ETFE Semi Flexible Monocrystalline Solar Panel with MC4 Connectors for 12V Charge Battery on Boats, Motor

Technician Specification

Length

410mm

Weight

0.4 kg

Width

340 mm

Main material*

Mono crystalline

Height

2.5 mm

Frame material

EVA+PET+ETFE FILM

Electrical Specification

Performance Under Standard Test Conditions(STC*)

Maximum power

Pmax

20 Wp

Open circuit voltage

Voc

19.5 V

Maximum power point voltage

Vmpp

17.5 V

Short-circuit current

I sc

1.22 A

Maximum power point current

I mpp

1.13A

Minor reduction in efficiency under partial load conditions at 25degC: at 100 W/m2, 95%- (+/-3%) of the STC efficiency (1000 W/m2) is achieved.

Component Material

Cells per module

36

Cell dimensions

125mm*125mm

Cell type

Monocrystalline Silicon

Front

tempered glass (EN12150)

System Intergration Technician

Maximum system voltage SC II

1000 V

Maximum reverse current

5 A

Maximum system voltage USA NEC

600 V

Increased snowload acc. to IEC 61215

5.4 kN/msup2;

Thermak Characteristics

NOCT

47 degC

TC Voc

-0.33 %/degC

TC Isc

0.042 %/degC

TC Pmpp

-0.45 %/degC

Extra Specification

PTC rating

20 W

Module efficiency

21.0%

Junction box

IP67

Plus-Sorting*

Pflash ge Pmax

Connector

MC4

Power tolerance*

+/- 3 %

Products Display

1) Efficient PV conversion, stable performance
2)Unique etching process can increase the short-circuit current of the solar cell
3)Advanced PECVD technology provides well-proportioned navy blue silicon nitride anti-reflection velum
4)Screen printing patterns are accurate and smoothness of the electrode is improved thus making the cell easier for welding and laser cutting

1)Increase conversion efficiency by 5%
2)Enhanced surface abrasion resistance
3)High anti-fouling
4) Easy to clean

The back sheet of the module is a key package material applied to the module and is mainly composed of a weather-resistant fluorine material and a PET with excellent electrical insulation properties. The service life of such products is generally designed over 25 years, and the back film is the key to ensure such a long life. The solar module back film is located on the outer layer of the module, and the solar panel back film should have high electrical insulation, high weather resistance, high adhesiveness, and low water vapor transmission rate.

1)With excellent resistance to high and low temperature, fire, aging and UV resistance, it can meet the long-term use requirements under harsh outdoor environmental conditions.
2) Excellent waterproof and dustproof effect, sealed by pouring glue.
3)Compact size, compact and practical structure, suitable for thin film photovoltaic modules, widely used.
4)The connection of the bus bar and the cable are respectively welded and crimped, and the electrical performance is safe and reliable.

1)Highly robustness, UV-Resistance
2)Connector adopts touch and insertion of reed with inner-knob type
3)Auto-lock equipment of male and female points enable connection more easy and reliable
4)Popular figure suits most of field installation
5)Accommodates PV cable with deferent insulation diameters
6)The maximal working current will be changed when fixed with different types of diode

At HETECH Solar, we scour the globe in search of the most suprior materials the industry has to offer. Combined with our near fully automated manufacturing system, we offer consistently high power modules that will last a lifetime. Each material has been carefully tested to meet our best in class standards.

New technology and most superior materials offered. combined with our automated and semi-automated manufacturing and testing system, make sure Solar cell modules high efficiency. 

String creation by interconnecting the single photovoltaic cells, then interconnection of the strings in order to create an electrical circuit.

Automatic pick up, rotation and positioning of the strings welding to the glass with high quality encapsulant material.

EL test is able to highlight information that normally is not detectable with visual inspection, power measurement or IR testing, it is possible to identify micro cracks, degradation and shunted area on cells.

During this process, the encapsulant material cures and the muti-layer sandwich becomes one unit.

Removals of surplus material along the sides, then install the aluminum frame around the module.

I-V curve acquisition in STC condition for the measurement of the peak power. It is to make sure all our finished solar panels could be used with high efficiency before delivery.

Environment-friendly and strong packing materials are used to protect the products from damage and ensure that the customers receive the goods in good condition without any damage , and the reasonable and professional packaging method is convenient 

to load and upload during transporting and save transportation costs.

Jingyang Solar Energy is an international high-tech and growing group company, established in 2009, with 10 years’ experience of solar modules manufacturing and PV power generation systems supplying. Our factory covers an area of 10,000 square meters, employing 150 peoples, with an annual production of 500MW, about USD50 million of annual production value.

Jingyang Solar Energy is mainly engaged in crystalline silicon solar cells, modules, photovoltaic systems engineering and the research, manufacturing and sales of PV application products. In the past decades, Jingyang Energy built a wide sales network in global market which covers more than 68 countries, our major target markets are Europe, USA, Southeast Asia, America, Australia, Africa, etc, Our overseas projects involves State grid solar power plant, household solar system, outside portable solar system,etc

Normally packing: 1pc/2pcs/3pcs/10pcs/25pcs per carton
Individual packing requirement is acceptable.