Description

normal output?****0?W?     

weight?0.****0?KG?    

open-circuit voltage?***2?V?

operate current?0.**4.4?A?  

operating voltage 0.***6?V?   

Custom processing?yes

short-circuit current scc?0.***5?A?    

type?Laminated solar panel /component    

system voltage?****0?V?

external dimension?Can be customized?mm?     

Processing Custom : yes      

Assortment?

Crystalline silicon solar panels?polycrystalline silicon?single crystal  Amorphous silicon solar panels?Thin-film?organic

1:single crystal Silicon Solar Cells

silicon photoelectric conversion efficiency of solar panels is about *5 per cent, the highest reached *4, which is the highest of all kinds of photoelectric conversion efficiency of solar cells, but the production cost is large, that it has not been a number of extensive and widespread use.Due to the generally use tempered glass of single crystal silicon and waterproof packaging resins, so its durable, general service life of up to *5 years, up to *5 years.

2:polycrystalline silicon Solar Cells

Production of polycrystalline silicon solar cell and single crystal silicon solar cell the same, but the photoelectric conversion efficiency to reduce a lot of polycrystalline silicon solar cells, the photoelectric conversion efficiency of about *2 per cent on july 1, ***4 Japan's Sharp, listing the world's most efficient polycrystalline silicon solar cells with efficiency of *4.8.Speaking from production costs, cheaper than monocrystalline silicon solar cells and materials easier to save power consumption, lower total cost of production, so got a lot of development.In addition, the service life of polycrystalline silicon solar cells also shorter than monocrystalline silicon solar cells. Speaking from performance - price ratio, single crystal silicon solar cells or slightly better.