Jinko Mono Perc Cell Solar Panel 530W 540W 550W For Home Use Photovoltaic Panel
Specification
Ultra-high Power for the Lowest LCOE and Highest IRR
Ultra-high Efficiency of 21.4%
Reliable Tiling Ribbon Technology Eliminating the lnter-cell Gap
Multi Busbar Technology Decreasing the Resistance Loss
$3,500.00
Compare
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Solar Panel Model Type
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JKM530M-72RL4-V
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JKM535M-72HL4-V
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JKM540M-72RL4-V
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JKM545M-72HL4-V
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JKM550M-72HL3-V
|
|
Max. Power (Pmax/W)
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530Wp
|
535Wp
|
540Wp
|
545Wp
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550Wp
|
|
Voltage at Max. Power (Vmp/V)
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40.56V
|
40.63V
|
40.70V
|
40.80V
|
40.90V
|
|
Current at Max. Power (Imp/A)
|
13.07A
|
13.17A
|
13.27A
|
13.36A
|
13.45A
|
|
Open Circuit Voltage (Voc/V)
|
49.26V
|
49.34V
|
49.42V
|
49.52V
|
49.62V
|
|
Short Circuit Current (Isc/A)
|
13.71A
|
13.79A
|
13.85A
|
13.94A
|
14.03A
|
|
Module Efficiency
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20.55%
|
20.75%
|
20.94%
|
21.13%
|
21.33%
|
Solar Panel Specification
Ultra-high Power for the Lowest LCOE and Highest IRR
Ultra-high Efficiency of 21.4%
Reliable Tiling Ribbon Technology Eliminating the lnter-cell Gap
Multi Busbar Technology Decreasing the Resistance Loss
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Introduction
Assembled with 11BB PERC cells, the half-cell configuration of the modules offers the advantages of higher power output, better temperature-dependent performance, reduced shading effect on the energy generation, lower risk of hot spot, as well as enhanced tolerance for mechanical loading.
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- Lower LCOE.
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- The grid lines are densely distributed and the force is uniform. The output power of the multi-busbar design is more than 5W higher than that of the conventional one.
- Non-destructive scribing technology, no mechanical damage, smooth cutting surface without burrs. The risk of battery cracks is low, and micro cracks are reduced by more than 50%
- Cut in half, downflow detracts. The current density is reduced by 1/2. The internal power loss is reduced to 1/4 of conventional components. The rated output power is increased by 5-10W.
- New welding wire. Using round wire ribbon, the shading area is reduced. The incident light is reflected multiple times, increasing the power by 1-2W.
- Shade is not shade. The upper and lower symmetrical parallel component design can effectively reduce the current mismatch caused by shading.
- Adopt advanced high-density packaging technology to ensure the perfect balance between efficiency and reliability. Module efficiency increased by more than 0.15%.
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