PV cells

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stained PV cell
stained PV cell
4BB MONO

Format: 156.75 mm × 156.75mm (± 0.25 mm) Cell Thickness (Si): 180±20μm , 200±20μm Output per Cell: up to 4.95W Efficiency up to: 20.2% Front (-) : four 0.9 mm wide busbars (silver), alkali-textured ...

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Talesun Solar
stained PV cell
stained PV cell
4BB POLY

Format: 156.75 mm × 156.75mm (± 0.25 mm) Cell Thickness (Si): 180±20μm, 200±20μm Output per Cell: up to 4.62W Efficiency: up to 18.8% Front (-): four 0.8 mm wide busbars (silver), acid-textured ...

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Talesun Solar
stained PV cell
stained PV cell
5BB POLY

Format: 156.75 mm × 156.75mm (± 0.25 mm) Cell Thickness (Si): 180±20μm, 200±20μm Output per Cell: up to 4.64W Efficiency: up to 18.9% Front (-): five 0.7 mm wide busbars (silver), acid-textured ...

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Talesun Solar
monocrystalline PV cell
monocrystalline PV cell
125 MONO 2.790-3.000 W

... improved energy yield Lower light-induced degradation leads to greater power output over the entire module lifetime All solar cells are tightly classified to optimize output of module Maximum yield ...

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Jinko solar
monocrystalline PV cell
monocrystalline PV cell
156 MONO 4.280-4.610 W

Up to 18.80% efficiency, one of the highest performing mono crystalline cells on the market Three bus bars boosts current collection over the entire cell area, leading to higher fill factors and MORE ...

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Jinko solar
transparent PV cell
transparent PV cell

Especially in areas where sufficient light transmission is required, the use of semi-transparent solar modules can provide more brightness. They throw attractive patterns of light and shade on the rooms behind or below, thus serving as ...

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How to choose this product
pv-cell

A photovoltaic, photoelectric or solar cell is the basic unit of solar modules, which can be combined into photovoltaic panels. It is a silicon semiconductor which converts the photons in sunlight into electrical energy. This is known as the photovoltaic effect.

Applications

Solar cells are combined to form solar modules, which may be combined to make up solar panels.

Technologies

Cells usually are made of mono- or polycrystalline silicon. However, some use copper-indium-selenide, cadmium telluride or amorphous silicon. Currently, polycrystalline silicon cells are 12-14% efficient, while mono-crystalline versions reach 14-18% efficiency.

How to choose

Choice of solar cell will depend on required conversion efficiency and amount of electricity needed.