China Hot-selling Remote Data Concentrator - P-type Monocrystalline Bifacial Solar Module LYGF-BP72P – linyang factory and suppliers | Linyang Detail:
Key Specifications
● Bifaciality
● PERC cell technology
● 1500V system voltage
Highlights
High Power Output
● The output power is as high as 385W.
● Provide up to 30% extra power from rear side.
Outstanding Durability
● Rarely affected by induced degradation.
● Front load and rear load up to 5400 Pa.
Significant anti-PID Characteristics
Low water through and high resistance reduce the effect of PID.
Enhanced Performance Warranty
● Annual degradation has improved to -0.45%/yr.
● Provide at least 6.5% of extra front side power output after 25 years compared with p-type conventional PV module.
Enhanced Safety Level
● Passed Fire test Class A.
● IP67 water resistant for long-term weather endurance.
Product detail pictures:
Related Product Guide:
The very rich projects management experiences and one to one service model make the high importance of business communication and our easy understanding of your expectations for China Hot-selling Remote Data Concentrator - P-type Monocrystalline Bifacial Solar Module LYGF-BP72P – linyang factory and suppliers | Linyang, The product will supply to all over the world, such as: Puerto Rico , Egypt , Vietnam , So We also continuously function. we, focuse on high quality, and are conscious of the importance of environmental protection, most of the merchandise are pollution-free, environmentally friendly solutions, reuse on the solution. We've Updated our catalog, which introduces our organization. n detail and covers the primary products we provide at present, You may also visit our web-site, which involves our most recent product line. We look forward to reactivating our company connection.
By John
from Portugal
- 2018.06.12 16:22
We always believe that the details decides the company's product quality, in this respect, the company conform our requirements and the goods are meet our expectations.
By Princess
from Sheffield
- 2017.09.30 16:36