Ja Solar 455W JAM72S20-455/MR – srebrn okvir

Full technical specifications: file:///D:/Downloads/be358e9f00d9dc59f816cac3667bb8a5.pdf

JA Solar 455W JAM72S20 455/MR is a monocrystalline 455W solar panel is ideal for self-consumption and industrial solar installations. Modules of high quality and resistance, made of polycrystalline silicon with anodized aluminum frame.

The JA Solar 455W JAM72S20 455/MR solar panels can be combined with state-of-the-art lithium batteries, as well as traditional lead-acid and GEL/AGM batteries with their corresponding charge regulator. In Suministros del Sol we offer solar panels of recognized world-wide prestige as well as in all its components, so much in its solar inverters, solar panels, regulators of load and batteries for solar installations. 

Characteristics of the solar panel JA Solar 455W JAM72S20 455/MR. 

Solar cell 9 bus bar

The 9 bus bar solar cell adopts a new technology to improve the efficiency of the modules, offering a better aesthetic appearance, which is perfect for installation on roofs.

High efficiency

High module conversion efficiency (up to 20.56%) thanks to new production technology.

Avoid crack risks effectively

9BB technology using round wire ribbon that can avoid crack risks effectively.

High efficiency PERC technology, we can get up to 20.56% thanks to PERC technology (Passivated Emmitter Rear Contact)

TR technology with half cell aims to reduce the cell gap, increasing the module efficiency.

Excellent response in conditions of low solar radiation, the design of the glass and surface of the solar cell ensure an excellent response in conditions of low temperature.

PERC Mono: Optimize the performance of your installation. The PERC technology has meant a great development within the photovoltaic sector thanks to the increase in performance of the photovoltaic modules. This type of cells have a back layer that helps capture more solar radiation and a sheet that makes the excess sunlight rebound inside the cell and allows you to recover the surplus that the solar panels do not use. With this, we increase the capture efficiency of solar cells compared to photovoltaic solar panels with the same distribution, reducing the production price and the final cost of solar panels.