100w Polycrystalline Laminated Solar Panel
|
Power |
100W |
|
Silicon wafer type |
single crystal |
|
Effectiveness |
22% |
|
Operating voltage |
18V |
|
Working current |
5.5A |
|
Wafer size |
182 |
|
Slice size |
182*80mm |
|
Number of pieces |
36 PCS |
|
Arrangement mode |
4*9 |
|
Connection mode |
series |
|
Weight |
5.2kg |
|
Product size |
784*811mm |
|
Packagingmethod |
transparent lamination |
A-level solar panels, each cell has A perfect IV curve, and the conversion efficiency reaches 22%. Solar panels with anodized aluminum alloy frame, through salt spray and nitriding tests to ensure performance, up to 25 years or more.
Deyanpu products use 158, 166, 182, 210 mm large size 0 light decay silicon, module conversion efficiency up to 22%, while deeply optimize the module version, greatly reduce the ineffective power generation area of the component; Selected auxiliary materials, such as high-reflective mesh film backplane, improve light utilization and component conversion efficiency of up to 22%.
High density packaging technology is used to further increase the energy density of components.
Deyanpu products use high-density packaging technology to reduce the spacing between cells, increase the effective power generation area of components, and further improve the energy density of components.
The use of flexible shaped welding belt can maximize the reliability of the welding process between the battery cells, and bring secondary reflection of light while ensuring the production yield of the product, and effectively improve the power generation of the component.
Double-sided power generation product design lightweight, weight reduction of more than 35%.
Deyanpu specially optimized structural design, with exclusive patents, the weight of components and double glass is reduced by about 35%, compared with the mainstream product weight of the same specification in the market is reduced by more than 35%, while the mechanical load capacity is greatly improved.
Both sides of the power generation using concentrated diamond grain 3.2mm thickness toughened glass, mechanical load capacity greatly improved. The maximum structural design of the component structure can be reduced by 30%, and the maximum deformation can be reduced by 30% compared with the conventional structure, which can effectively avoid the risk of hidden cracks.
At the same time, it can be paired with a transparent backplane, which not only has ultra-high light transmittance and excellent anti-PID performance, but also reduces the weight of 35% compared to double-sided double-glass components.
Mature multi-main grid + half-chip technology, the highest power exceeded 590 W+.
Deyanpu products use multi-main grid technology, more cell main grid number, can reduce the transverse current propagation path by 50%, increase the power of the component and reduce the risk of heat spots.
The half-chip design method can effectively reduce the operating temperature of the component, thereby reducing the internal loss, and the power generation gain is 1.1% compared to the whole chip design.
Solar Panel Application Range
Solar photovoltaic power stations, rooftop solar power generation, distributed photovoltaic power generation, sun room power generation, balcony corridor energy storage power generation, video surveillance, GPS positioning, wearable devices, Internet of things data transmission, outdoor lighting, RV Marine and other outdoor electronic products applications.
