Large solar street lamps factory

Monocrystalline silicon cell and polycrystalline silicon cells is an important part of a solar street lamp, then what is the difference between the two? Polycrystalline silicon cells in four angles for the square corner, the surface has the same pattern is similar to ice. Although the average conversion efficiency of monocrystalline cells than the average polysilicon batteries

monocrystalline silicon cells and photovoltaic battery cell is the key component of solar lamp, so what's the difference between the two?

because monocrystalline silicon cells and photovoltaic battery cells in early production process is not the same, make them from the exterior to the electrical properties are some differences. Look from exterior, monocrystalline silicon cells in four corners assumes the circular arc form, surface texture; Photovoltaic cell four angles for the square corner, as the grain surface is similar to ice.

in view of the user, monocrystalline silicon rechargeable batteries and photovoltaic battery rechargeable battery is not very big difference, the service life and reliability of the two is very good. Although monocrystalline silicon rechargeable batteries average conversion efficiency than average conversion efficiency of photovoltaic battery rechargeable battery l % up and down, but because only made quasi square (monocrystalline silicon solar panels The four Angle is arc) , when make solar panels components will be part of a total area of fill not satisfied.

and photovoltaic solar panels is square, will not have this problem, so for the solar panel parts in terms of efficiency is basically the same. In addition, because the second kind of solar panels, the production of raw materials processing technology, photovoltaic solar panels in the whole manufacturing process USES the kinetic energy of the up and down to less than 30% of monocrystalline silicon solar panels, so the photovoltaic battery solar panel market share of the total output value of the solar panels is more and more big, the manufacturing cost will be greatly lower than that of single crystal silicon rechargeable batteries, and so the application of photovoltaic solar panels will be more environmental protection, energy conservation and environmental protection.