550w high flexible monocrystalline silicon solar panel for solar energy system
Compared with other ordinary photovoltaic modules,With high-quality materials and double-glass structure, YLM-GG modules are perfectly applied Tested in harsh environments, to provide you with high reliable quality.
1.Double-sided power generation
The YLM GG modules has double-sided power generation characteristics, and the back side can effectively use the reflected light and scattered light in the environment Photoelectric power generation.
2.Excellent power generation
The YLM GG modules have low initial light decay and excellent temperature coefficient, superimposed double-sided power generation characteristics, once the modules are used, they can continue to generate more power.
3.Excellent bifacial coefficient
The YLM GG modules have an industry-leading bifacial coefficient of P-type double-sided double-glass modules.
4.Excellent weather resistance
The YLM GG modules meet the test requirements of IEC standards, with tenacious resistance to salt spray, ammonia, sand, dust,Capable of snailing and PID (potential induced decay) risks, with excellent weather resistance.
5.Self-cleaning performance
The frameless design ensures the excellent self-cleaning performance of the "DL" module.
6.Mechanical behavior
The use of specially designed aluminum frames effectively enhances the mechanical performance of the "DF" components and the safety of the system Install efficiency.
7. Battery mass production efficiency
Compared with ordinary single-sided solar panel modules, the mass production efficiency of YLM GG modules is 20% higher.
8. Product Warranty
YLM GG 30-year linear warranty, 22.39% more power gain than 25-year linear warranty.
Garantia linear de saida de 30 anos
1.12-ANOS Garantia de material e tecnologia de 12 anos
2.30-ANOS Garantia linear de saida de 30 anos
3.Efeito Modulo Mx.22.5%
| Electrical performance parameters under standard test conditions ( STC ) |
| Peak power | Pmax | W | 550 |
| Peak power voltage | Vmax | V | 41.90 |
| Peak power current | I max | A | 13.13 |
| Open circuit voltage | Voc | V | 49.75 |
| Short circuit current | I sc | A | 14.04 |
| Power tolerance | ΔPmax | W | 0 / + 5 |
| Module efficiency@144DL | NPmax | % | 21.25 |
| Electrical performance parameters at nominal operating temperature ( NMOT ) |
| Peak power | Pmax | W | 418.55 |
| Peak power voltage | Vmax | V | 39.96 |
| Peak power current | I max | A | 10.47 |
| Open circuit voltage | Voc | V | 47.29 |
| Short circuit current | I sc | A | 11.31 |
| Dual-sided output power (back side power gain) |
| Peak power | Pmax | W | 601.98 |
| Peak power voltage | Vmax | V | 41.90 |
| Peak power current | I max | A | 14.37 |
| Open circuit voltage | Voc | V | 49.75 |
| Short circuit current | I sc | A | 15.37 |
| Electro-referencing characteristics |
| Double-sided coefficient | φ | % | 70±5 | Temperature coefficient of short-circuit current | αIsc | % / °C | 0.04 |
| Nominal operating temperature | NMOT | °C | 39±2 | Open circuit voltage temperature coefficient | βVoc | % / °C | --0.30 |
| Tolerances for peak power, open circuit voltage and short circuit current | % | ±3 | Temperature coefficient of peak power | γPmax | % / °C | --0.35 |
STC:irradiance 1000W·m-2,battery temperature 25°C,atmospheric quality AM1 .5,according to EN 60904-3.
NMOT:at irradiance 800W·m-2,ambient temperature 20℃,wind speed1m ·s-1,operating temperature of the module at the maximum power point. |
| Operating conditions | Materials |
| Maximum system voltage | 1500V | Batteries (type / quantity) | Monocrystalline P-type / 6 × 24 |
| Maximum fuse rating* | 20A | Glass (material / thickness) | Low iron semi-tempered glass / 2.0mm |
| Operating temperature | -40°C to 85°C | Frame ( 144DL / 144DF ) | None / Anodised aluminium alloy |
| Hail impact (diameter / speed) | 25mm / 23m·s-1 | Junction box (type / protection class) | Separate / ≥ IP67 |
| Positive snow load ( 144DL / 144DF ) | 3000Pa / 5400Pa | Cable (length / cross-sectional area of conductor) | 300mm ,Customized / 4mm2 |
| Wind load on the back ( 144DL / 144DF ) | 2400Pa / 2400Pa | Connectors (type / protection class) | Matching junction box / IP67 |
| * Do not connect two or more strings of components in parallel in the same busbar fuse. |
| Packaging instructions |
| Component size (L/W/H) | 2088mm/ 1032mm/ 5mm | Component size (L/W/H) | 2094mm/ 1038mm/ 30mm |
| Component weight | 25.7kg | Component weight | 27.5kg |
| Number of components per pallet | 32pcs | Number of components per pallet | 36pcs |
| Transport (semi-trailer / flatbed) * | 22sets /30sets | Transport (semi-trailer / flatbed) * | 22sets /32sets |
| Box dimensions (L/W/H) | 2210mm / 1125mm / 1215mm | Box dimensions (L/W/H) | 2110mm / 1110mm / 1190mm |
| Weight per pallet | 898kg | Weight per pallet | 1036kg |
| *Specifically calculated by the logistics company and for reference only. It is forbidden to transport a lorry in excess of its maximum load capacity. |
FAQ
Q:Can I have a sample order?
A:Yes, we welcome sample order to test and check quality.
Q:Do I need a structural engineer for solar panels?
A:Most significantly, solar panels will increase the load on your existing roof structure. It is therefore necessary to contact a structural engineer who can conduct load capacity calculations to determine whether the roof can support the new load.
Q:How do I know whether you've shipped my order or not?
A: Tracking No. will be offered as soon as your order be shipped out. Before that, our sales will be there to check the packing status, photo you the done order and let you know the forwarder picked it up.
Q:Do I need permission to install solar?
A:You need only apply for full planning permission (flats) or householder planning permission (houses) to install a solar panel when any of the following apply: it would protrude more than 20cm from the external surface of the wall or roof slope, when measured perpendicularly.
Q:How do I know what size solar system I need?
A:You can calculate how many solar panels you need by multiplying your household's hourly energy requirement by the peak sunlight hours for your area and dividing that by a panel's wattage. Use a low-wattage (150 W) and high-wattage (370 W) example to establish a range (ex: 17-42 panels to generate 11,000 kWh/year).
Q:How long does it take for solar to pay for itself?
A:six to ten years
The most common estimate of the average payback period for solar panels is six to ten years. This is a pretty wide range because there are many factors that will influence the number of years it can take to pay off your panels and the monthly savings you can expect.
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