Corrugated Alu-Zinc Steel Double Glass Solar Panel Bifacial - 12-Busbar Poly PV module 60cells-LSM12-P60 – Luck Solar
Corrugated Alu-Zinc Steel Double Glass Solar Panel Bifacial - 12-Busbar Poly PV module 60cells-LSM12-P60 – Luck Solar Detail:
Good Low-light performance
Excellent performance under low-light environments.
Dense busbars shorten the current conduction distances between bars and lower serial resistance;increases 7-8W power output.
Minimize Crack Effect
Collected more current , almost no power generation efficiency lose by internal cells cracked .
Improve product reliability;minimize the probability of pressure and battery fragmentation caused by thermal stress .
Minimize the heat resistance due to internal cracks , bringing longer life span and less attenuation.
Product detail pictures:
Related Product Guide:
How Efficient Will Solar PV Be In The Future? 10-Year Predictions For The Industry | Solar Structure
The global Polysilicon Market is projected to exceed USD 13.24 Billion by 2026 | Home Solar System On Grid Pakistan
We have now a skilled, performance group to offer excellent support for our consumer. We usually follow the tenet of customer-oriented, details-focused for Corrugated Alu-Zinc Steel Double Glass Solar Panel Bifacial - 12-Busbar Poly PV module 60cells-LSM12-P60 – Luck Solar, The product will supply to all over the world, such as: Uzbekistan , Grenada , Cairo , We've been always creating new technology to streamline the production, and give products with competitive prices and high quality! Customer satisfaction is our priority! You can let us know your idea to develop unique design for your own model to prevent too much similar parts in the market! We are going to present our best service to satisfy all your needs! Remember to contact us right away!
By Erica from Botswana - 2015.06.18 17:25
Timely delivery, strict implementation of the contract provisions of the goods, encountered special circumstances, but also actively cooperate, a trustworthy company!
By Lulu from The Swiss - 2015.11.22 12:28