JA Solar 715W-740W Ultra High Power n-Type Bifacial Double Glass Module
-
Cell Type: Bifacial Modules
-
Power: 715-740W
-
Dimension: 2384×1303×33mm
-
Maximum Efficiency: 23.8%
-
Weight: 38.2kg
-
Number of Cells: 132 (6×22)
-
Pallet: 36pcs/pallet
-
Loading: 594pcs/40HQ
Power your large-scale projects with JA Solar's 715W-740W ultra-high power modules. These n-type bifacial panels offer premium efficiency, excellent temperature coefficient, and minimal LID, ensuring optimal energy yield and lower LCOE for utility and industrial solar installations.
Related Products
-
Learn More
JA Solar 570-595W n-Type Solar Panel | High Efficiency PV Module
-
Learn More
JA JAM72D42 LB Solar 615-640W n-Type Bifacial Solar Panel | High Power Dual Glass
-
Learn More
JA Solar 430-455W JAM54D40 LB n-type Double Glass Bifacial Modules
-
Learn More
JA Solar 580-605W High-Efficiency n-Type Double Glass Bifacial Module with High Efficiency
-
Learn More
JA JAM66D45 LB Solar n-Type Bifacial Double Glass Solar Panel 615W-640W
-
Learn More
JAM54D40 LB n-Type Bifacial Double Glass Solar Panel 435W-460W
Related Projects
-
Germany 8MW PV Module Utility Scale Solar System Project
Germany 8MW PV Module Utility Scale Solar System Project
Amosolar is a key supplier for an 8MW utility scale solar power plant in Germany, providing our high-performance AS400M-72 400W solar panels. This German solar farm project is designed as a bankable investment, delivering reliable clean...
-
France 200KW Solar System Project
France 200KW Solar System Project
Amosolar has successfully commissioned a 200KW solar system for a commercial client in France. This rooftop installation features our high-efficiency AS445M6-144 photovoltaic modules, designed to maximize energy production and deliver s...
-
Belgium 500KW PV Module Microgrid Solar System Project
Belgium 500KW PV Module Microgrid Solar System Project
Amosolar has successfully commissioned a 500KW solar microgrid project in Belgium. This advanced distributed energy system utilizes our reliable AS320M-120 PV modules, forming a robust PV module array that provides the local site with e...