Lightweight and Ultra-Thin
The lightest weight is 2.82kg/㎡ and the thickness is 2.5mm, meeting the requirements of various low-load projects
JY Module Series
Super Flexible
It is encapsulated using ultra-thin silicon cells and advanced organic materials, with a bending radius of up to 0.5m,perfectly fitting various curved roofs
Efficient and Reliable
Module conversion efficiency can reach up to 21%
POLYMER CHAIN GROUP MODIFICATION TECHNOLOGY
·The light transmittance is ≥91%, far higher than similar products, and no barrier for photoelectric conversion
·Ultra-high UV blocking ability ensures lasting protection of power generation efficiency for 25 years
[ Data support: 20 years of practical outdoor application data of polymer materials, 20,000 hours of accelerated aging experimental data,Yellowing index Δ≤3]
RESIN AND FIBER INTERFACE STRENGTH IMPROVEMENT TECHNOLOGY
·The modulus is 1300MPa, 100% higher than competing products, whichimproves the overall strength of the module and solves the problem of cell cracks
NANOHYBRID MODIFICATION AND SURFACE TREATMENT FLAME RETARDANT TECHNOLOGY
·The flame retardant grade of the module reaches building B1 level & UL94 -V0 level
[Passed EN45545 EU flame retardant standard, TB/T3237 Chinese railway standard flame retardant standard]
Relative projects
Shanghai Huadian Shangchai Photovoltaic Project
Solution : Industrial and commercial roof
Location : Shanghai, China
Pearl Cement Plant Photovoltaic Project
Solution : Industrial and commercial roof
Location : Anhui,China
Performing Arts Center Rooftop Photovoltaic Project
Solution : Industrial and commercial roof
Location : Hunan, China
Town government office area rooftop photovoltaic project
Solution : Municipal Buildings
Location : Shanghai, China
Primary and secondary school rooftop distributed photovoltaic project
Solution : Municipal Buildings
Location : Shanghai, China
Shenneng Group Peace Academy Project
Solution : Municipal Buildings
Location : Shanghai, China