Off-grid Solar Power system is suitable for areas without grid-connected or unstable geid-connected power for Home.
Off-grid Solar Power system is suitable for areas without grid-connected or unstable geid-connected power for Home.
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No.of Cells: |
144pcs 182mm Mono Cell |
Model: |
LC530-144M |
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Power: |
5300W+ 0~5W |
Product Warranty On Materials And Workmanship: |
12YEARS |
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Linear Power Output Warranty: |
25YEARS |
ISO14001: |
2015 |
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ISO9001: |
2015 |
Material: |
Cells |
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OEM: |
Accept |
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High Light: |
OEM Photovoltaic Power System Mono Photovoltaic Power System Bifacial Photovoltaic Power System |
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OEM Accept Customize Mono Bifacial High Efficiency 530W Photovoltaic Power System Home 25 Years Guarantee
Bifacial PERC.
For a bifacial PERC cell, the Al back surface field is replaced by Al grid, hence render the majority of rear side transparent
which enable the cell to absorb light and generate electricity from both sides.
Front side performance equivalent to conventional low LID mono PERC:
-High module conversion efficiency (up to 20.9%).
-Better energy yield with excellent low irradiance performance and temperature coefficient.
-First year power degradation<2%.
Bifacial technology enables additional energy harvesting from rear side(up to 25%).
Glass/glass lamination ensures 30 year product lifetime ,with annual power degradation <0.45%,
1500v compatible to reduce BOS cost.
Solid PID resistance ensures by solar cell process optimization and careful module BOM selection .
Reduced resistive loss with lower operating temperature.
Higher energy yield with lower operating temperature.
Reduced hot spot risk with optimized electrical design and lower operating current.
Parameter:
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Model Number |
LC530-144M |
LC535-144M |
LC540-144M |
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Testing Condition |
STC |
NOCT |
STC |
NOCT |
STC |
NOCT |
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Maximum Power(Pmax/W) |
530 |
395.8 |
535 |
399.5 |
540 |
403.3 |
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Open Circuit Voltage(Voc/V) |
49.20 |
46.03 |
49.35 |
46.17 |
49.50 |
46.31 |
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Short Circuit Current(Isc/A) |
13.71 |
11.08 |
13.78 |
11.14 |
13.85 |
11.19 |
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Voltage at Maximum Power(Vmp/V) |
41.35 |
38.55 |
41.50 |
38.69 |
41.65 |
38.83 |
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Current at Maximum Power (Imp/A) |
10.80 |
8.65 |
10.87 |
8.70 |
10.93 |
8.76 |
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Module Efficiency(%) |
20.7% |
20.9% |
21.1% |
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STC(Standard Testing Conditions):Irradiance 1000w/m²,Cell Temperature 25℃,Spectra at AM1.5. NOCT(Nominal Operating Cell Temperature) |
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Pmax/W |
Voc/V |
Isc/A |
Vmp/V |
Imp/A |
Pmax gain |
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467 |
49.4 |
12.09 |
41.2 |
11.34 |
5% |
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490 |
49.4 |
12.67 |
41.2 |
11.88 |
10% |
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512 |
49.5 |
13.24 |
41.3 |
12.42 |
15% |
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534 |
49.5 |
13.82 |
41.3 |
12.96 |
20% |
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556 |
49.5 |
14.40 |
41.3 |
13.50 |
25% |
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Electrical characteristics with different rear side power again (reference to 445W front) |
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The energy yield of bifacial module can be influenced by albedo, height of module, GCR and DHI etc. Installation height of
bifacial module is recommended to be higher than 1m. Shading from bracket and junction box should be avoided. At present, the power generation of bifacial module on fixed brackets and single axis tracker can be simulated with PVsyst. Investors can determine the DC/AC ratio of bifacial module system to minimize the LCOE.
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