Jingao Solar Holdings Co., Ltd. products
PV Modules
JASolar - Model JAM72D42 LB - n-type Double Glass Bifacial Modules
Higher power generation better LCOE. Better Temperature Coefficient. n-type with very Lower LID. Better low irradiance response.
JASolar - Model JAM72D40 LB - n-type Double Glass Bifacial Modules
Higher power generation better LCOE. Better Temperature Coefficient. n-type with very Lower LID. Better low irradiance response.
JASolar - Model JAM66D42 MB - n-type Double Glass Bifacial Modules
Higher power generation better LCOE. Better Temperature Coefficient. n-type with very Lower LID. Better low irradiance response.
New PV Materials - Advanced Material
JASolar - PV Paste
PV paste is dedicated to the front and back electrodes of PV cells. It is a conductive material used for the front and back sides of the panels and is one of the main consumables for solar panels. The main types include front-side silver paste, back-side silver paste, and aluminum paste.
JASolar - Aluminium Frame
The aluminum frame is made of extruded aluminum profiles, which are processed into aluminum frames through cutting and stamping processes. It is the outer frame of the PV module, which is filled with silicone seal after encapsulation to provide fixation and edge protection. It is one of the main consumables for solar PV modules and is the highest cost non-silicon auxiliary material after cells..
JASolar - Junction Box
The PV junction box is a connector between the solar cell array formed by the solar cell modules and the solar charging control device, its primary function is to connect the electricity generated by the solar cells to the external circuit.
JASalor - Carbon/carbon Composite Materials
Carbon/carbon composite materials are carbon matrix composites reinforced with carbon fibres and their fabrics, which are formed by deposition, graphitization heat treatment and finally machined according to the drawings. These material products are integral parts in thermal fields of single crystal silicon and are currently one of the most promising high-temperature materials.
