High Efficiency P Type Silicon Multicrystalline Silicon Solar Cell 6x6 ZC-TPB 156 x 156 manufacturer from China China Laptop Charger Online Market Group

High Efficiency P Type Silicon Multicrystalline Silicon Solar Cell 6x6

Place of Origin:

Zhejiang, China (Mainland)


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Product Detail

Model No.: ZC-TPB 156 x 156

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Materials	Poly crystalline Silicon	Size	156*156mm
Max.power	4.21W	Type	P type
Grade	A Grade	Warranty	25 years
Efficiency	16.2%-17.2%	Busbar	3 bus bar
Producion Capacity	150MW / year	Color	Deep blue

Polycrystalline Solar Cell with A Grade and High Efficiency, Measures 156 x 156 x +/-0.5mm

1> Quick Detail:

Place of Origin: China
Brand Name: ZOCEN
Model: ZC TPB-156*156
Certificate: CE,CQC, IEC, TUV, CEC, MCS, CHUBB, ISO9001

2> Description:

Silicon solar cells are often referred to as wafer-based bulk technology.

Each form of bulk technology manufacture consists of self-supporting silicon wafers of between 180 to 240 micrometers thick.

The wafers are processed and then connected together to form a solar cell module (solar panel).

A description of the types of bulk silicon cells is provided below:

Mono-crystalline Silicon

A single-crystal silicon - often made using the Czochralski process - mono-crystalline wafer cells are generally expensive.

The expense arises as mono-crystalline wafers are cut from cylindrical ingots.

As a result, the silicon wafers do not entirely cover the surface of a square solar cell module without a substantial waste of refined silicon. Hence most mono-crystalline panels have uncovered gaps at the four corners of the cells.

Ribbon Silicon

Ribbon silicon is a type of mono-crystalline silicon.

It is made by drawing flat thin films from molten silicon that has a multi-crystalline structure.

These cells are less efficient than poly-crystalline silicon, however a huge reduction in silicon waste means production costs are significantly lower.

Poly-crystalline Silicon

Made from cast square ingots, poly-crystalline silicon (also known as multi-crystalline silicon) cells are less expensive to produce than single-crystal silicon cells.

The trade off however, is that they are less efficient.

US DOE data shows that there were a higher number of multi-crystalline sales than mono-crystalline silicon sales. This indicates that consumers are still leaning towards lower installation costs than potentially higher energy savings.

That said, whilst theoretical efficiencies differ, all types of crystalline silicon cells operate at an average 15% efficiency.

That sums up the types of bulk silicon solar cells. Now read about thin film solar cells.

3> Features:

Products details

Materials: Poly silicon
Format Dimension: 156 x 156mm (±0.5mm)
Diagonal: R200mm
Thickness wafer (Si): 200±20μm
Thickness cell: 200±40μm
Weight: 12g
High efficiency: 16.2%-17.2%, stable performance conversion
Front(-): Blue silicon nitride anti-reflection coating 2.0mm silver busbars
Back(+): Full-surface aluminum back-surface field 3.0mm(silver/ aluminum) continuous soldering pads Efficiency range: 16.2%-17.2%
Maximum power range: 3.96 to 4.21W
Grade type: A
Typical temperature coefficients: Voltage: -2.15%/K; Current: +4.4%/K; Power: -0.43%/K

Features

High conversion efficiencies resulting in superior power output performance.
Suitable for keeping appearance of solar cell tidy and clean.
Advanced diffusion technology adapted to ensure conversion efficiency uniformity throughout cell.
Advanced PECVD film forming technology used to coat cells with dark blue silicon nitride anti-reflection coatings.
Uniform color appearance.
Advanced soft line and high precision silkscreen printing equipment to achieve high smoothness, make automatic welding and laser cutting easier.
Metal paste applied to making back surface field and electrode to ensure top conductivity, nice adhesion, superior weld-ability, nice appearance and reliable performance.
Efficiency, stability and durability of crystal silicon.
Low breakage rate.
Environmental protection.
OEM orders are welcome