300W 350W 400W 450W 500W 550W Solar Energy Cell Panel PV Photovoltaic Modules Roof Power System Station with EU certification
- Category: Solar Energy Products >>>
- Supplier: Maanshan Jieling International Trade Co. Ltd.
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Product Overview
Description
Our factory covers an area of 35,000 square meters and is mainly engaged in the R&D, production and sales of photovoltaic grid-connected power generation systems, photovoltaic independent power supply systems, solar cells and modules. Serving domestic and foreign customers and markets, it has become a large-scale high-tech enterprise in regional photovoltaic development and energy structure improvement, with government support and abundant funds. In recent years, nearly 10 million yuan in taxes has been paid.
At present, the first-phase full-automatic production capacity of solar modules has reached 1GW, and the second-phase 3GW production line is under construction, and multiple offices and sales networks have been set up around the world, aiming to provide customers with the best service!
The company's products have obtained international photovoltaic certification:
Germany TUV, IEC61215, IEC61730, salt spray and ammonia test, CE
CQC Solar Product Certification Certificate
Indian BIS
Brazil INMETRO
ISO9001 quality management system
ISO14001 Environmental Management System
ISO1800 Occupational Safety and Health System
At present, the first-phase full-automatic production capacity of solar modules has reached 1GW, and the second-phase 3GW production line is under construction, and multiple offices and sales networks have been set up around the world, aiming to provide customers with the best service!
The company's products have obtained international photovoltaic certification:
Germany TUV, IEC61215, IEC61730, salt spray and ammonia test, CE
CQC Solar Product Certification Certificate
Indian BIS
Brazil INMETRO
ISO9001 quality management system
ISO14001 Environmental Management System
ISO1800 Occupational Safety and Health System
Modules | 530W(114) | 535W(114) | 540W(114) | 545W(114) | 550W(114) | |||||||
Standard Test | STC NOCT | STC NOCT | STC NOCT | STC NOCT | STC NOCT | |||||||
TORLERANCE | (W) | 0~+3 0~+3 | 0~+3 0~+3 | 0~+3 0~+3 | 0~+3 0~+3 | 0~+3 0~+3 | ||||||
EFFICIENCY | (%) | 20.50 15.28 | 20.70 15.44 | 20.90 15.56 | 21.10 15.71 | 21.3 15.86 | ||||||
Maximum Power Pmax | (W) | 530 395 | 535 399 | 540 402 | 545 406 | 550 410 | ||||||
Open Circuit Voltage | Voc(V) | 49.30 45.90 | 49.45 46.10 | 49.60 46.30 | 49.75 46.50 | 49.90 46.70 | ||||||
Short Cuit Current | lsc(A) | 13.72 11.09 | 13.79 11.13 | 13.86 11.18 | 13.93 11.23 | 14.00 11.28 | ||||||
Maximum Power Voltage | Vm(V) | 41.31 38.00 | 41.47 38.20 | 41.64 38.40 | 41.80 38.60 | 41.96 38.80 | ||||||
Maximum Power Current | Im(A) | 12.83 10.40 | 12.90 10.44 | 12.97 10.49 | 13.04 10.54 | 13.11 10.58 | ||||||
Standard Test Conditions(STC]: irradiance 1,000 W/m2; AM 1,5; module temperature 25'C. Measuring uncertainty of power is within±3%Tolerance of Pmpp: 0-+3%. Certified in accordance with IEC61215,IEC61730-1/2. | ||||||||||||
Raw mterial | Package | |||||||
Frame | Alloy Aluminium | module size | (mm) | 2278×1134×35 | ||||
Glass | 3.2mm | Weight | (kg) | 28.60 | ||||
Cells | 6X24 182x91mm mono solar cells perc | Loading | 620pcs/40HQ (31*20) | |||||
Junction box | IP≥68,TUV&UL | Package | pcs/plt | 31 | ||||
Connect | 4mm2,EVO2 | |||||||
Cable | 300mm | |||||||
Modules | 445W(120) | 450W(120) | 455W(120) | 460W(120) | 465W(120) | |||||||
Standard Test | STC NOCT | STC NOCT | STC NOCT | STC NOCT | STC NOCT | |||||||
TORLERANCE | (W) | 0~+3 0~+3 | 0~+3 0~+3 | 0~+3 0~+3 | 0~+3 0~+3 | 0~+3 0~+3 | ||||||
EFFICIENCY | (%) | 20.56 15.15 | 20.79 15.29 | 21.02 15.47 | 21.25 15.66 | 21.48 15.85 | ||||||
Maximum Power Pmax | (W) | 445 328 | 450 331 | 455 335 | 460 339 | 465 343 | ||||||
Open Circuit Voltage | Voc(V) | 41.20 38.48 | 41.40 38.68 | 41.60 38.88 | 41.80 39.08 | 42.00 39.28 | ||||||
Short Cuit Current | lsc(A) | 13.63 10.73 | 13.68 10.78 | 13.73 10.83 | 13.78 10.88 | 13.83 10.99 | ||||||
Maximum Power Voltage | Vm(V) | 34.40 32.14 | 34.60 32.34 | 34.80 32.54 | 35.00 32.74 | 35.20 32.94 | ||||||
Maximum Power Current | Im(A) | 12.90 10.21 | 12.96 10.24 | 13.02 10.30 | 13.08 10.35 | 13.14 10.39 | ||||||
Standard Test Conditions(STC]: irradiance 1,000 W/m2; AM 1,5; module temperature 25'C. Measuring uncertainty of power is within±3%Tolerance of Pmpp: 0-+3%. Certified in accordance with IEC61215,IEC61730-1/2. | ||||||||||||
Raw mterial | Package | |||||||
Frame | Alloy Aluminium | module size | (mm) | 1909*1134*35 | ||||
Glass | 3.2mm | Weight | (kg) | 24.0 | ||||
Cells | 6X20 182x91mm mono solar cells perc | Loading | 744pcs/40HQ (24*31) | |||||
Junction box | IP≥68,TUV&UL | Package | pcs/plt | 31 | ||||
Connect | 4mm2,EVO2 | |||||||
Cable | 300mm | |||||||
Modules | 445W(120) | 450W(120) | 455W(120) | 460W(120) | ||||||
Standard Test | STC NOCT | STC NOCT | STC NOCT | STC NOCT | ||||||
TORLERANCE | (W) | 0~+3 0~+3 | 0~+3 0~+3 | 0~+3 0~+3 | 0~+3 0~+3 | |||||
EFFICIENCY | (%) | 20.46 15.09 | 20.72 15.24 | 20.97 15.45 | 21.23 15.71 | |||||
Maximum Power Pmax | (W) | 400 295 | 405 298 | 410 302 | 415 306 | |||||
Open Circuit Voltage | Voc(V) | 36.94 34.49 | 37.14 34.69 | 37.34 34.89 | 37.54 38.09 | |||||
Short Cuit Current | lsc(A) | 13.60 10.70 | 13.65 10.75 | 13.70 10.80 | 13.75 10.85 | |||||
Maximum Power Voltage | Vm(V) | 30.92 28.78 | 31.12 28.98 | 31.22 29.18 | 31.52 29.38 | |||||
Maximum Power Current | Im(A) | 12.94 10.25 | 13.00 10.28 | 13.06 10.31 | 13.12 10.34 | |||||
Standard Test Conditions(STC]: irradiance 1,000 W/m2; AM 1,5; module temperature 25'C. Measuring uncertainty of power is within±3%Tolerance of Pmpp: 0-+3%. Certified in accordance with IEC61215,IEC61730-1/2 | ||||||||||
Raw mterial | Package | |||||||
Frame | Alloy Aluminium | module size | (mm) | 1722×1134×35 | ||||
Glass | 3.2mm | Weight | (kg) | 21.50 | ||||
Cells | 6X20 182x91mm mono solar cells perc | Loading | 806pcs/40HQ (26*31) | |||||
Junction box | IP≥68,TUV&UL | Package | pcs/plt | 31 | ||||
Connect | 4mm2,EVO2 | |||||||
Cable | 300mm | |||||||
Specification / model | 430 | 435 | 440 | 445 | 450 | 455 | 460 | 465 | ||||||||||
Maximum power (PM) | W | 430 | 435 | 440 | 445 | 450 | 455 | 460 | 465 | |||||||||
Power Tolerance | W | 0~+5 | 0~+5 | 0~+5 | 0~+5 | 0~+5 | 0~+5 | 0~+5 | 0~+5 | |||||||||
Best working voltage (Vm) | V | 40.7 | 40.9 | 41.1 | 41.3 | 41.5 | 41.7 | 41.9 | 42.1 | |||||||||
Best working current (lm) | A | 10.57 | 10.64 | 10.71 | 10.78 | 10.85 | 10.92 | 10.98 | 11.05 | |||||||||
Open circuit voltage (Voc) | V | 48.5 | 48.7 | 48.9 | 49.1 | 49.3 | 49.5 | 49.7 | 49.9 | |||||||||
Short circuit current (lsc) | A | 11.31 | 11.39 | 11.46 | 11.53 | 11.6 | 11.66 | 11.74 | 11.81 | |||||||||
Component efficiency (nm) | % | 19.8 | 20.0 | 20.2 | 20.5 | 20.7 | 20.9 | 21.2 | 21.4 | |||||||||
STC·AM=1.5, irradiance 1000W/m2, working temperature 25ºC | ||||||||||||||||||
Temperature Coefficient | Mechanical Behavior | |||||
Battery nominal operating temperature | 45±2ºC | Cell Arrangement | 144 pieces (6*24) | |||
Current temperature coefficient (lsc) | +0.05%/ºC | Component Size | 2080*1040*3mm | |||
Voltage temperature coefficient | -0.32%/ºC | Weight | 6.7KG | |||
Power factor (Pm) | -0.40%/ºC | Anterior Membrane | Lightweight high light transmittance polymer material | |||
Working Conditions | Backplane | Protection class IP67 | ||||
Maximum System Voltage | DC1000V(IEC) | Junction Box | White | |||
Maximum Fuse Rated Current | 20A | Cable | 4 square mm | |||
Range of Working Temperature | -40~+120ºC | Diode | 3 | |||
Connector | MC compatible | Wind Pressure/Snow Pressure | 2400Pa/5400Pa | |||
Solar panels have come a long way over the past decade. Not only have they become 88% cheaper, but the technology has also advanced, meaning people now have a wider selection of residential panels to choose from.
There are currently three main types of domestic solar panels on the market: polycrystalline, monocrystalline, and thin film.
If you're considering investing in solar, it's worth scrolling down to see which type of solar panel will best suit you and your family. We'll guide you through the main differences, the costs, and the efficiency rating of each type.
Which type of solar panel is the most efficient?
Monocrystalline silicon is the best material for solar panels and consists of just one piece of silicon. It's a solid block without blemishes, making it very efficient at converting sunlight into electricity. Monocrystalline is the most expensive option, but you definitely get what you pay for.
Polysilicon is made by using a casting mixture of multiple silicon crystals. If single crystal is like single malt whisky, polycrystalline is like blended whisky. In contrast to the "solid bulk" state of single crystals, polycrystals have defects and spaces, and have a distinct blue sheet-like appearance. You'll get larger solar panels that are less efficient, but you'll pay less for them.
Thin-film (or amorphous) solar cells are the least efficient of the three, involving only a thin layer of silicon on top of the electrical components (rather than the entire block). Although films rarely achieve efficiency levels above 15%, they are popular for their light weight and flexibility. Film panels can also be transparent.
There are currently three main types of domestic solar panels on the market: polycrystalline, monocrystalline, and thin film.
If you're considering investing in solar, it's worth scrolling down to see which type of solar panel will best suit you and your family. We'll guide you through the main differences, the costs, and the efficiency rating of each type.
The three types of solar panels explained
There are three main types of solar panels available: monocrystalline, polycrystalline and thin film.Which type of solar panel is the most efficient?
Monocrystalline silicon is the best material for solar panels and consists of just one piece of silicon. It's a solid block without blemishes, making it very efficient at converting sunlight into electricity. Monocrystalline is the most expensive option, but you definitely get what you pay for.
Polysilicon is made by using a casting mixture of multiple silicon crystals. If single crystal is like single malt whisky, polycrystalline is like blended whisky. In contrast to the "solid bulk" state of single crystals, polycrystals have defects and spaces, and have a distinct blue sheet-like appearance. You'll get larger solar panels that are less efficient, but you'll pay less for them.
Thin-film (or amorphous) solar cells are the least efficient of the three, involving only a thin layer of silicon on top of the electrical components (rather than the entire block). Although films rarely achieve efficiency levels above 15%, they are popular for their light weight and flexibility. Film panels can also be transparent.
Type of panel | Affordability | Efficiency | Appearance | Lifespan | ||||
Monocrystalline | ★☆☆☆☆ | ★★★★☆ | ★★★★☆ | ★★★★★ | ||||
Polycrystalline | ★★★☆☆ | ★★★☆☆ | ★★★☆☆ | ★★★★★ | ||||
Thin film | ★★★☆☆ | ★★☆☆☆ | ★★★★☆ | ★★☆☆☆ | ||||
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