Residential Solar Panel with High Effiency

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1000 watt
Supply Capability:
10000000 watt/month

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Item specifice:

Material: Monocrystalline Silicon Max. Power(W): 10 Number of Cells(pieces): 36

Product Description:

Product Description

Key Specifications/Special Features

  • Mono: single crystal

  • Maximum power: 10Wp

  • Maximum power voltage: 18.00V

  • Maximum power current: 0.28A

  • Open circuit voltage: 21.60V

  • Short circuit current: 0.32A

  • Number of cells: 36 pieces (4 x 9)

  • Size of cell: 13.89 x 62.5mm

  • Solar panel dimensions: 150 x 150 x 20mm

  • Maximum system voltage: 1,000V

  • Operating temperature range: -40 to 85°C

  • Surface maximum load capacity (surface can withstand themaximum pressure) 60m/s (200kg/m²)

  • Allowable hail load (hail stress testing) steel ball fall downfrom 1m height

  • Weight per piece: 0.8kg

  • Junction box type: PV-0502 TUV

  • Connectors and cables type with TUV certificate

  • Length of cables: 900mm

  • Output power tolerance: ±3%

  • Frame (material, corners and more): aluminum

  • Standard test conditions (STC) 1,000W/m², 1.5AM 25C

  • Warranty (product quality assurance) 10 years product warrantyand 25 years 80% of power

  • FF (%) (fill factor): e70%

  • Loading quantity:

  • 20-foot container: 5,000 pieces

  • 40-foot HQ container: 10,000 pieces


Home Use of Solar Panel with High Effiency

 

Home Use of Solar Panel with High Effiency

 

Home Use of Solar Panel with High Effiency
 

Product Details

ELECTRICAL CHARACTERISTICS
Maximum power(Wmp)5
Maximum power voltage(Vmp)17.5
Maximum power current(Imp )0.29
Open circuit voltage(Voc)(V)21.8
Short circuit current(Isc ) (A)0.3
Weight per piece(kg)0.75
Cells types & Sizepolycrystal silicon 156*156mm
Size of module(mm)250*250*18mm
Cells per Module (pcs)
NOCT-Nominal operating cell temperature47±2 °C
Maximum system voltage(VDC )1000
Cell Efficiency(%)>16
Max. Series Fuse Rating (A)15
Temperature coefficients of isc(%)0.065±0.015%/ °C
Temperature coefficients of Voc(%)- (2.23±0.1)mv/ °C
Temperature coefficients of Pm(%)- (0.5±0.05)/ °C
Temperature coefficients of Im(%)+ 0.1%
Temperature coefficients of Vm(%)- 0.38/ °C
Temperature Range- 40 °C+ 85 °C
Tolerance Wattage±5%
Surface Maximum load Capacity30m/s(200kg/sq.m)
Allowable Hail Loadsteel ball fall down from 1m height
Front Glass3.2mm tempered
Junction Box TypeBlack Ip65
Length of Cables(mm)90cm
Output tolerance(%)±3%
Frame(Material,Corners,etc)Anodizde Aluminum Alloy
Standard Test ConditionsAM1.5 1000W/m2 25 °C
Warranty3 years product warranty and 25years 80%of power


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Q:How much power is generated with solar panels?
KW solar panels generate 5kwh power each day or so.
Q:Why do solar panels produce zero energy?
Solar panels are a little like batteries or christmas lights, they are often connected in series, if something is wrong in a string of them, current simply won't flow just like how all the lights in some christmas lights go out if one bulb goes out and you have to find the bad bulb by replacing bulbs one at a time.
Q:How to build solar panels?
Build okorder.com
Q:How efficient are solar panels?
Solar okorder.com
Q:How do solar panel power systems work?
Solar power works by making solar cells of two kinds of glass; one which has been “doped” to have too many electrons, and the other which has been “doped” to have too few electrons. These layers of glass are then glued together with a thin insulation layer in between them. The top layer of glass is the one with too many electrons, the bottom layer of glass has too few electrons, and the insulation allows electrons to pass from the bottom layer to the top layer easily, but not from the top layer to the bottom layer as easily. As photons come flying into this glass sandwich at the speed of light, the photons crash into the electrons in both layers and cause them to start moving. The electrons in the top layer are tightly packed and can’t move much, but the electrons in the bottom layer can move around enough that they end up crossing through the insulation into the top layer. However, because there are already too many electrons in the top layer, the newly arrived electrons have no place to rest. This buildup of electrons creates an “electrical pressure”. Then contacts are glued to the glass top and bottom, and a wire is added to connect the top layer to the bottom, and the electrical pressure which has built up in the top layer now has a way to escape, and the extra electrons which crossed over the bottom to the top can now return to the bottom layer. This flow of electrons from the top layer to the bottom layer is the electricity generated by the solar cell. A solar “panel” is made up of many of these cells wired in series to increase the voltage to make it high enough to do some useful work, such as charging batteries, and many of these panels can be wired together to do such things as supplying power to a building, or even supplying power to the utility grid.
Q:How do Solar Panels work?
solar panels are made of solar cells.Solar cells are mainly made of a semiconductor called silicon,when sunshine on it,solar energy is converted into electrical energy by photovoltaic.The energy knocks electrons loose, allowing them to flow freely.This flow of electrons is a current, this current, together with the cell's voltage (which is a result of its built-in electric field or fields), defines the power (or wattage) that the solar cell can produce.
Q:Can pluto recieve energy from solar panels?
Yes. Not practical, but possible. Solar cells actually work best at low temperatures. At a little under W/m^2, it'd take a large solar panel to generate enough power for a TV (several tens to hundreds of Watts are needed). And, no offense meant, what TV programs do you think you'll be watching? You sound kind of stupid....
Q:When I make a solar panel what kind...?
First of all you seem to be talking about making a solar photovoltaic panel instead of a solar thermal panel. Most solar panels will produce DC electricity. Your house uses AC electricity. You can set up the solar photovoltaic panels to send their current to charge a battery bank and then you can tap into that battery bank and send the power to a voltage inverter to change the power to AC. The better inverters will do a better job of this. The system has to be matched and sized properly. If you are not familiar with electrical work you should have someone who is more knowledgeable help or do the work. Good luck with your project.
Q:What direction do solar panels usually point?
South in the northern hemisphere. - this gives you sunlight on the panel a major portion of the day without the need for a mechanism to follow the sun or change direction from E to S to W as the day progresses
Q:Can I made my own solar panel?
no, not really, they require exotic chemicals and processes. The online outfits that promise to help you build your own are mostly scams. The one I looked at (other answer) seems to just be an assembly guide to put together solar cells into panels. That is fine, but you still have to buy the solar cells, the expensive part. The assembly is just putting them in series/parallel to produce higher voltages and currents. .

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