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TOPCON
Inquiry Now
BIFACIAL MBB
HALF CELL
Solar Panel -
LNE5N144-565
Module Efficiency
22.4%
Output
565W
LNE5N144-580
Module Efficiency
22.4%
Output
580W
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The maximum output power of this LNE solar module is 575-580 watts, and the efficiency of converting light energy into electricity is 22.4%. This LNE photovoltaic module uses the most advanced and latest technology in the photovoltaic industry - TOPCON technology, reducing the annual yearly degradation of this LNE solar module from 0.55% of PERC technology to 0.40%. At the same time, it also increases the bifaciality of the panel to 75%-80%, and can absorb sunlight on both the front and back, increasing the power generation duration and improving power density, which bring higher economic benefits to users. This TOPCON solar panel has the characteristics of fire resistance, waterproof, and UV protection, as well as ammonia resistance, salt spray resistance, high temperature and pressure resistance. Whether you are in a farm filled with ammonia, a beach filled with salt mist, or a hot desert area, you can choose this module because it can still perform well and stably in harsh environments, saving you high electricity bills or bringing economic benefits. The LNE5N pv modules can be applied to various scenarios, such as home-use distributed, industrial and commercial use distributed, and large-scale ground power plants.
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Dimension and
Power DensityDimension: 2279mm*1134*30mm
Efficiency: 22.4% -
HALF-CELL+MBB
HALF CELL technology means splitting a full cell into half, which reduces losses by reducing current. MBB technology, also known as Multi bus-bar technology, increases the number of main bus-bars to enhance the lateral current collection capacity compared to previous bus-bar capabilities, thereby improving conductivity and increasing the conversion efficiency of modules. -
Applied Under
Strict ConditionsLNE modules can maintain high-performance power output even in harsh natural environments. (Farms filled with a monia, beaches with abundant salt mist, and hightemperature and high-pressure areas.) LNE has ammonia resistance, salt spray resistance, and PID certification
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Enhanced
Mechanical LoadThe LNE modules has a wind pressure resistance of 2400Pascal; Snow pressure resistance 5400 Pascal -
Water-proof
PerformanceLNE modules are waterproof, with waterproof grade IP68. -
Excellent Fire-proof
PerformanceLNE modules are fireproof, with a fire rating of Class C.
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TOPCON
Inquiry Now
BIFACIAL MBB
HALF CELL
Solar Panel -
LNE5N108-420
Module Efficiency
22.4%
Output
420W
LNE5N108-435
Module Efficiency
22.4%
Output
435W
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The maximum output power of this LNE solar module is 430-435watts, and the efficiency of converting light energy into electricity is 22.4%. This LNE photovoltaic module uses the most advanced and latest technology in the photovoltaic industry - TOPCON technology, reducing the annual yearly degradation of this LNE solar module from 0.55% of PERC technology to 0.40%. At the same time, it also increases the bifaciality of the panel to 75% -80%, and can absorb sunlight on both the front and back, increasing the power generation duration and improving power density, which bring higher economic benefits to users. This TOPCON solar panel has the characteristics of fire resistance, waterproof, and UV protection, as well as ammonia resistance, salt spray resistance, high temperature and pressure resistance. Whether you are in a farm filled with ammonia, a beach filled with salt mist, or a hot desert area, you can choose this modules because it can still perform well and stably in harsh environments, saving you high electricity bills or bringing economic benefits. The LNE5N pv modules can be applied to various scenarios, such as home-use distributed, industrial and commercial use distributed, and large-scale ground power plants.
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Dimension and
Power DensityDimension: 1722mm*1134*30mm
Efficiency: 22.4% -
HALF-CELL+MBB
HALF CELL technology means splitting a full cell into half, which reduces losses by reducing current. MBB technology, also known as Multi bus-bar technology, increases the number of main bus-bars to enhance the lateral current collection capacity compared to previous bus-bar capabilities, thereby improving conductivity and increasing the conversion efficiency of modules. -
Applied Under
Strict ConditionsLNE modules can maintain high-performance power output even in harsh natural environments. (Farms filled with ammonia, beaches with abundant salt mist, and high-temperature and high-pressure areas.) LNE has ammonia resistance, salt spray resistance, and PID certification
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Enhanced
Mechanical LoadThe LNE modules has a wind pressure resistance of 2400Pascal; Snow pressure resistance 5400 Pascal -
Water-proof
PerformanceLNE modules are waterproof, with waterproof grade IP68 -
Excellent Fire-proof
PerformanceLNE modules are fireproof, with a fire rating of Class C
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TOPCON Bifacial Technology
TOPCON technology refers to the "Passivated Emitter and Rear Cell" technology.
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Power density
22.4%
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Yearly degradation
0.4%
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Bifaciality reaches
75%-80%
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Temperature coefficient of P-max
-0.3%/℃
TOPCON Bifacial modules can absorb sunlight from the front and back, converting light energy into electrical energy, increasing power generation duration and efficiency.
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High photoelectric conversion efficiency, which can significantly reduce the BOS cost of the system.
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Low attenuation, which can ensure the project's power generation.
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The mechanical performance is good, which can effectively reduce hidden cracks.
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