80-85W Sunport Solar Panels 3x10 30 Mono Half Cut Solar Panel MWT Flexible Ultra Soft

Sunport Power S-FLEX QH1S 80-85W 3x10 30 Solar Cells MWT Mono PERC Flexible Module Customizable Ultra Soft Solar Panel

Monocrystalline solar panels stand out in the renewable energy market due to their high efficiency and dependable performance. Created from a single crystal structure, these solar panels boast a higher level of purity and efficiency compared to other solar panel types. This superior efficiency enables monocrystalline solar panels to produce more power per square foot, making them an attractive option for those with limited space or seeking optimal energy production. The sleek black design of these panels is often preferred by consumers for its aesthetic appeal. Monocrystalline solar panels' durability and extended lifespan make them a valuable investment for anyone interested in harnessing solar energy.

Spec/Model	Unit	SPP080QH1S	SPP085QH1S
Max-Power(Pm)	W	80	85
Power Tolerance	W	0~+5
Max-Power Voltage(Vm)	V	16.8	17.0
Max-Power Current(Im)	A	4.76	5.01
Open-Circuit Voltage(Voc)	V	20.2	20.4
Short-Circuit Current(Isc)	A	5.09	5.38
Effective Module Efficiency(ηm)	%	16.7	17.7
STC: AM=1.5, Irradiation 1000W/m², Module Temperature 25℃

 

TECHNOLOGY COMPARISON

Compared with conventional module, MWT modules reduce 3% shaded area with no busbars. MWT module technology replaces string ribbon by conductive back sheet, abandoning strain, micro-crack and results power degradation, greatly improving stability and reliability.

 

— Structural Feature —

MWT

Positive and negative electrodes are both on the rear side of solar cell

Conventional

Positive and negative electrodes are located on opposite sides of the cell

— Cell Structure —

MWT

Busbar-free design exhibits higher power output by decreasing shading area up to 3 %

Conventional

Conventional design covers more cell surface from the main busbars, therefore the power output is limited

— Module Encapsulation —

Replace conventional soldering with conductive foil and 2D encapsulation structure

Conventional Cells connected by string ribbons