540W Solar Panel Specifications
| Solar Cell (Type/Size) | MONO(182mm) |
| Solar Cells Number | 144 Pcs（6*24） |
| Dimension | 2279mm×1134×35mm |
| Weight | 28.5Kg/Pcs |
| Structure | 3.2 Glass + EVA film + Back |
| Frame | Anodized aluminum alloy |
| Junction Box | IP68、3*bypass diode |
| Cable Cross Section Size | 4.0mm²，（+）300mm/（-）400mm |
| Mechanical Load | Front 5400Pa/Back 2400Pa |
| Packing Number | 31 Pcs/Pallet |
| Packing Volume | 3.372 Cbm/Pallet |
| 40’HQ Container | 620 Pcs |
High efficient 540w solar panel design, Low solar system cost per watt
Saving transportation cost 6%
Saving cable cost 7%
Saving bracket cost 8%
Saving labor cost 9%
| Electrical Parameters at STC | ||
| Solar Panel Type | Mono 540W | |
| Rate Maximum Power( Pmax/W) | 540 | |
| Module Efficiency(%) | 20.9 | |
| Open Circuit Volatge(Voc/V) | 49.55 | |
| Short Circuit Current(Isc/A) | 13.89 | |
| The voltage at Pmax(Vmp/V) | 41.62 | |
| Current at Pmax(lmp/A) | 12.98 | |
| Power Tolerance | 0~+5w | |
| Temperature Coefficient of Isc | +0.046%℃ | |
| Temperature Coefficient of Voc | -0.276%℃ | |
| Temperature Coefficient of Pmax | -0.35%℃ | |
| STC | Irradiance 1000W/m² Cell Temperature 25℃ AM1.5 | |
| Remark: Electrical data in this catalog does not refer to a single module. and it’s not part ol the oHer. It only serves for the comparison among different modulo types. | ||
| Electrical Parameters at NOCT | Operating Conditions | |||
| Solar Panel Type | Mono 540W | Operating Temperatur | -40~+85℃ | |
| Rate Maximum Power( Pmax/W) | 407 | Maximum System Voltage | 1500VDC | |
| Open Circuit Voltage(Voc. V) | 46.38 | NOCT | 45土2℃ | |
| Short Circuit Current(Isc/A)) | 11.08 | Fireproof Performance | Glass C | |
| The voltage at Pmax(Vmp/V) | 38.95 | Maximum Series Fuse | 25A | |
| Current: at Pmax(1mp/A) | 10.46 | Temperature Coefficient of Voc | -0.276%/K | |
| NOC: Irradiance.800W/MF Ambient Temperature 20℃ Wind at 1m/S AM1.5 | Temperature Coefficient of Isc | +0.046%/K | ||
I-V Curve Of Vokek 540 watt Perc Mono Half Cut Solar Panel
Mechanical Diagrams of Vokek 540 watt Perc Mono Half Cut Solar Panel
Advantage Of PERC Half Cut 540w Solar Panel
Multi-grid technology: outstanding current harvesting as well as light usage to increase the power output and reliability
More efficient as high as 20.8 percent
Low-light performance Special mono-solar cells perc that have outstanding low light generation capabilities.
Great resistance to hot Spots The use of a half-cell structure and a special circuit design result in less loss of shadow shading and higher temperature coefficient as well as Hot spot resistance.
Adaptability to harsh environments: anti-reflective and easy to clean, minimizing the loss of power production because of dust and dirt and the use of high-performance materials to withstand an array of extreme environmental conditions, including the desert, farm, and seaside.
PERC means “backside cell” Or “passivated emitter and backside contact”. PERC solar panel cell is an additional layer that extends over the back of the traditional solar cell. This extra layer can be used to absorb more sunlight and convert it to transform into electricity, which helps to ensure that PERC solar cells are more efficient than standard solar cells. PERC module is able to reduce backside compounding, and also prevent longer wavelengths of heat from turning into thermal energy that could hinder the efficiency for the device.
Grade A Material Quality
Strict QC System
Auto Production Line
Vokek Solar Panel Workshop
Solar System Project Feedbacks
What Is The Best Mono 540w Solar Panel Price?
The price for a 540 Watts Solar Panel will depend on how many you order and when you place your order. China’s solar module raw material prices fluctuate frequently. We invite you to contact us for the most current and accurate 540wp solar panel price.
Where Can These Perc Mono 540wp Solar Panels Be Suitable for?
They are Perc Half cell Mono-540wp Solar Panels that could be used in off-grid solar powered systems, on-grid solar systems, hybrid solar powered systems, and solar pumping systems effectively.