• 12 Volt Solar Cells - Lower Price but Constant Good Quality Polycrystalline 156 Solar Cell High Efficiency System 1
  • 12 Volt Solar Cells - Lower Price but Constant Good Quality Polycrystalline 156 Solar Cell High Efficiency System 2
  • 12 Volt Solar Cells - Lower Price but Constant Good Quality Polycrystalline 156 Solar Cell High Efficiency System 3
  • 12 Volt Solar Cells - Lower Price but Constant Good Quality Polycrystalline 156 Solar Cell High Efficiency System 4
12 Volt Solar Cells - Lower Price but Constant Good Quality Polycrystalline 156 Solar Cell High Efficiency

12 Volt Solar Cells - Lower Price but Constant Good Quality Polycrystalline 156 Solar Cell High Efficiency

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Loading Port:
Shanghai
Payment Terms:
TT or LC
Min Order Qty:
1000 pc
Supply Capability:
20000 pc/month

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Packaging & Delivery
Packaging Detail:solar cell, 10boxes*100pcs in one carton, safe enough for transfer
Delivery Detail:5~7 days after receive deposit
Specifications
solar cell for solar panel
1.16.8%~18.25% high efficiency
2.100% checked quality
3.ISO9001/ISO14001/TUV/UL
4.fast lead time

 

 

 

Product Description

 

POLY6'(156*156) Multicrystalline Silicon solar celle

 

Diagonal: 220mm±0.5mm

Thickness(Si): 200±20 μm

Dimension: 156mm×156mm±0.5mm

 

Front(-)                                                     Back(+)

Blue anti-reflecting coating (silicon nitride);          Aluminum back surface field;

1.5mm wide bus bars;                                              2.0mm wide soldering pads;

Distance between bus bars: 51mm.                        Distance between bus bars :51mm.

 

poly 156 cell Electrical Characteristics( solar cell for solar panel )  
Efficiency(%)1817.817.617.417.216.816.616.416.21615.815.6
Pmpp(W)4.334.294.244.194.144.094.043.993.943.93.863.82
Umpp(V)0.530.5270.5240.5210.5180.5160.5140.5110.5090.5060.5030.501
Impp(A)8.1598.1268.0818.0357.997.9387.8767.8137.7547.6987.6427.586
Uoc(V)0.6330.6310.6280.6250.6230.620.6180.6170.6150.6130.6110.609
Isc(A)8.7098.6778.6298.5788.5318.4788.4198.3568.2898.228.1518.083

 

Bluesun high quality solar cell for solar panel monocrystalline and polycrystalline 156

. Warranty:

(1)5years quality assurance resulted from design, material and workmanship;

(2)Not less than 90% power output within 10years;

(3)Not less than 80%power output within 25years;

(4)Third-party insurance(Certificate Of Products Quality Warranty and Certificate Of Products Liability Insurance).

Advantages:

Lower price but constant good quality:

1. Excellent A grade solar cell from JA solar or our own lab;

2. Excellent backsheet from SFC, 3M;

3. EVA from Bridgestone;

4. Junction box with UL and TUV listed, IP65;

5. High transmission low iron tempered glass;

6. Solar panels with TUV, IEC, CE, ISO9001, ISO14001, CEC marked and ETL, MCS in processing;

 

 

PACKAGE AND SHIPPING ;

 Material in stock can be produce (procedure 5-20days) right away   after pre-payment confirmation. COSCO Mearsk MSC  or othe ship to worldwide for   safe shipping, don't worry about package damager or loss. It take 15-40 days   to worldwide, Please note us your contact details include your phone number   for easy contacting from shipping company officer.And we have about 12 years in solar panel production and exporting all over th world

 

 

 

 

Working Principle of Home Solar Cell

Home solar cell is the core part of the solar power system. The role of home solar cell is to convert the sun's light energy into electrical energy, and the DC output is stored in the battery.  Home solar cell is the most important part of the solar system, the conversion rate and service life is an important factor in the decision whether to use the solar value.

Brief introduction of Home Solar Cell

1. Cell: High efficiency (over 16.5%) of monocrystalline silicon solar chip package, to ensure adequate power generation solar panels.
2. Glass: low Steel of suede glass (also called white glass), a thickness of 3.2mm, in the wavelength range of the spectral response of the solar cell (320-1100nm) light transmission rate of more than 91%, greater than 1200nm for IR light have a higher reflectivity. This glass also resistant to ultraviolet radiation from the sun, the light transmittance is not decreased.
3. EVA: using plus UV agents, antioxidants and the thickness of the curing agent is 0.78mm high EVA film as a sealant between the solar cell and a glass, TPT linking agent. It has a high light transmittance and resistance to aging.
4. TPT: solar cells on the back cover - fluorine plastic film is white, from the reflection of the sun, so the slight increase in the efficiency of the components, and because of having a high infrared emissivity, can reduce the operating temperature of the component, but also help to improve the efficiency of the module. Of course, this fluorine plastic film solar cell having a first packaging material required aging resistance, corrosion resistance, and the basic requirements, airtight and so on.
5. Border: used in high strength aluminum alloy frame, strong resistance to mechanical shock resistance. Solar Power is the highest value part. Its role is to the sun's radiation is converted to electrical energy stored in batteries or sent to, or promote the work load.

 

Q:Can solar cells be used to power communication systems?
Yes, solar cells can be used to power communication systems. Solar cells convert sunlight into electricity, which can be used to power various devices, including communication systems. This is especially useful in remote areas or during emergencies where access to traditional power sources may be limited. Additionally, solar-powered communication systems are environmentally friendly and sustainable.
Q:What is the role of grounding systems in solar cell systems?
The role of grounding systems in solar cell systems is to provide a safe path for electrical currents to flow, ensuring the protection of both the solar panels and the users. Grounding systems help to dissipate any excess electrical energy, preventing damage to the system and reducing the risk of electrical shocks or fires. Additionally, grounding systems aid in the proper functioning of protective devices such as fuses and circuit breakers, allowing for quick detection and isolation of electrical faults. Overall, grounding systems play a crucial role in maintaining the safety and reliability of solar cell systems.
Q:Can solar cells be used in portable devices?
Yes, solar cells can be used in portable devices. They can be integrated into various portable devices such as smartphones, tablets, and portable chargers to harness sunlight and convert it into electrical energy, providing a sustainable and renewable power source for these devices.
Q:What is the role of bypass diodes in solar cell systems?
The role of bypass diodes in solar cell systems is to prevent the damage caused by shading or partial shading of the solar panels. These diodes provide an alternate path for the current to flow when some portions of the solar panels are shaded, ensuring that the rest of the panels can still generate electricity efficiently. By diverting the current around the shaded area, bypass diodes help to maintain the overall performance and reliability of the solar cell system.
Q:How do solar cells perform in areas with high levels of water pollution?
Solar cells can experience a decrease in performance in areas with high levels of water pollution due to the reduced sunlight reaching the cells. The pollutants in the water can absorb or scatter sunlight, leading to lower solar panel efficiency and energy output. Additionally, water pollution can also corrode the surface of solar panels, further affecting their performance. Therefore, regular maintenance and cleaning of solar panels are crucial in such areas to ensure optimal functioning.
Q:What is the impact of saltwater exposure on solar cell efficiency?
Saltwater exposure can have a significant negative impact on solar cell efficiency. The saltwater can corrode the metal components of the solar cells, leading to a decrease in their performance and overall efficiency. Additionally, the saltwater can create a conductive pathway that can bypass the solar cells, resulting in a loss of electrical energy. Therefore, it is crucial to protect solar cells from saltwater exposure to maintain their efficiency and prolong their lifespan.
Q:How is the efficiency of a solar cell calculated?
The efficiency of a solar cell is calculated by dividing the maximum power output of the cell by the input power from the sunlight.
Q:What factors affect the output of a solar cell?
Several factors can affect the output of a solar cell. The efficiency of the solar cell is influenced by the intensity and duration of sunlight, as well as the angle at which the sunlight strikes the cell. The quality and cleanliness of the solar cell's surface, the type and quality of materials used, and the temperature can also impact its output. Additionally, external factors like shading, dust, and environmental conditions can affect the performance of a solar cell.
Q:What is the impact of hailstorms on solar cells?
Hailstorms can have a detrimental impact on solar cells. The physical force of hailstones can cause damage to the surface of the solar panels, leading to cracks, scratches, or even complete destruction. This damage can impair the performance and efficiency of the solar cells, resulting in reduced energy production. Additionally, if the hailstones are large enough, they can break or dislodge the cells from their mounting structure. Therefore, it is crucial to protect solar panels from hailstorms through the use of appropriate shielding or protective measures to ensure their longevity and optimal functioning.
Q:Can solar cells generate enough electricity to power an entire house?
Yes, solar cells can generate enough electricity to power an entire house. The energy output of solar cells depends on various factors such as the size of the system, location, and the amount of sunlight received. With a properly designed and adequately sized solar system, it is possible to generate enough electricity to meet the energy needs of a typical house, and even potentially produce surplus energy that can be fed back into the grid.

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