JNBM120 High Efficiency Dual-glass Bifacial Mono Module
Electrical & Power Energy Solar Components
MOQ:30 Piece(s)
Payment Method : L/C T/T D/P
Keywords:PERC Mono Solar Cells,Solar Panel Solar Module Bifacial High Efficiency
| Product Category: | Electrical & Power Energy > Solar Components | Trademark: | Jinergy |
| Product Package: | Specifications: | 355W ~ 375W | |
| Place of Origin: | China | Port: | Tianjin |
Ga-doped silicon wafer，effectively reduce LID and LeTID. SE technology effectively improves cell conversion efficiency.
MBB and half-cell design to reduce shadow effects, improve module reliability and reduces loss.
The dual-glass structure effectively reduces the risk of cell cracking and improves the weatherability of the module. Al frame improves mechanical performance, making it easier to transport and install.
Compatible with 1500V system voltage to reduce construction cost per watt.
| Contact Name: | Mrs Yifan Wang | Contact Email: | yv****g@jinergy.com |
| Contact Job Title: | Supervisor | Contact Mob: | 138***086 |
| Contact Tel: | Contact Fax: | ||
| Address: | No. 533, East Guang'an Street, Yuci District, Jinzhong, Shanxi, China | Website: | www.jinergy.com |
Founded on December 31, 2013, Jinneng Clean Energy Technology Ltd. (Jinergy) is a state-owned global leading PV manufacturer and clean energy provider. Consisting of PV experts from home and abroad, Jinergy’s management and R&D teams follows the core strategy of technology iterations. And through continuous technological innovation and lean production, Jinergy has reached the goal of edging into global top 5% most advanced and cost-effective cell & module production capacity. With commitment to global coverage, Jinergy extends business in China, India, Japan, Pakistan, Mexico, Argentina, Australia, Ukraine, etc. and supplies customers with high quality and reliable Poly C-Si, PERC Mono C-Si and HJT modules. Under technological innovation for industrial progress, Jinergy is bringing advanced PV manufacturing technology to the world and driving global energy structure transformation.
