• Solar Polycrystalline 156mm  Series   (55W-----70W) System 1
  • Solar Polycrystalline 156mm  Series   (55W-----70W) System 2
  • Solar Polycrystalline 156mm  Series   (55W-----70W) System 3
  • Solar Polycrystalline 156mm  Series   (55W-----70W) System 4
  • Solar Polycrystalline 156mm  Series   (55W-----70W) System 5
  • Solar Polycrystalline 156mm  Series   (55W-----70W) System 6
Solar Polycrystalline 156mm  Series   (55W-----70W)

Solar Polycrystalline 156mm Series (55W-----70W)

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1000 watt
Supply Capability:
20000000 watt/month

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Item specifice

Material:
Polycrystalline Silicon
Max. Power(W):
70
Number of Cells(pieces):
0

 

1.Structure of Solar Module Description

Solar Polycrystalline 156mm  Series   (55W-----70W)

2.Characteristics  of the Solar Module

 

Max Power Voltage Vmp (V)17.817.6    17.517.8
Max Power Current   Imp  (A)3.093.41     3.713.93
Open  Circuit Voltage  Voc (V)22.422.2    22.022.4
Short  Circuit Current  Isc (A)3.313.65    4.054.17
Max Power Pm(W)5560     6570

3.Limits of the Solar Module

  1. Operating Temperature   ﹣40℃to+85℃

  2. Storage Temperature      ﹣40℃to+85℃

  3. Max System Voltage          700V

4.Specifications of the Solar Module

 

Power                  55W                  60W                65W/70W
Dimension         630x670x30mm          690x670x30mm            770x670x30mm
Weight                  5.4kg                   6.1kg                   6.4kg
Tolerance                ±3%                  ±3%                   ±3%

 The dimension of the modules can be changed according to the demand of clients

 

5.Guarantee of  the  Solar Module

                     Products  Guarantee

         2 yrs free from defects in materials and    

  

                              workmanship

                     Performance  Guarantee

No less than 90% within 10yrs and no less than 80%

                               within 20yrs

                     Certificates                           IEC,ISO,TUV,CE

6.Applications of the Solar Module

1.Electricity

2.Heat energy

 

7.IMages of the Solar Module

 

Solar Polycrystalline 156mm  Series   (55W-----70W)

Solar Polycrystalline 156mm  Series   (55W-----70W)

Solar Polycrystalline 156mm  Series   (55W-----70W)

 

FAQ

1. Q: Do you have your own factory?

    A: Yes, we have. Our factory located in Jiangyin city, jiangsu province.

2. Q: How can I visit your factory?
    A: Before you take off from your country, please let us know. We will show you the way,or arrange time to pick you up if possible.
3. Q: Do you provide free sample?
    A: Usually we do not offer free sample

4. Q: Could you print our company LOGO on the nameplate and package?

    A: Yes, we can do that.

 

 

 

 

Q:My plans are building several solar panels and have a battery bank. I want to be able to power the refriderator and freezer and occationaly an electric grill. How would This work exactly and what would the best way to hook this up to make it work? I want to be able to convert DC to AC. How many batterys would I need to make this work. I know when Civil unrest happens I want to be prepared. How would Wind Power work If I can get the equipment I need?
Build okorder /
Q:Hoping to find instruction, materials list and hardware needed to construct solar panels myself, how many and make it happen instead of talking about it
Silica based solar cells are not the kind of thing you whomp up in you basement. Here are a couple ideas for solar systems you can build and install yourself. Take a 4 x 8 sheet of /2 inch plywood. Frame sides with 2 x 4's. Screw tin cans in a staggered row (checker board) pattern inside frame. The more cans the more heat you get so place them nearly touching. Paint cans and entire assembly flat black. Cover top with glass, plexiglass (best) or heavy mill clear plastic (cheapest)Place on roof. Drill 3-4 inch holes in opposing sides. Run pipe or tubing into house. Attach to small low speed fan. The black paint will absorb sunlight and heat. The air moving through box will carry heat into house. It's a cheap efficient way to help heat your home. You can vary size and shape of box to fit your roof. If you use more than one box, hook them up in series. More boxes mean more surface area means more heat. To heat water. Take a steel tank. A car gas tank works well. It is galvanized so it won't rust, is cheap, and easily available at any auto salvage yard. But you will have to flush in throughly to remove gasoline odor. A steel 55 gallon drum is easier to work with but may cost more. Paint exterior of tank flat black. Weld/glue/clamp water pipes to tank. Place on ground in area that gets lots of sunlight. Attach water supply to tank and route discharge pipe to house or appliance. Black painted steel absorbs heat from sun light and heats water. In spring and fall you get warm to hot water. In summer you get scalding hot water and in winter you get cold to luke warm water. Both of these solar powered systems are seasonal and their output varies according to location and climate, but they are very inexpensive and easy to build and provide FREE heat and/or hot water for many years with little or no maintainence.
Q:How much space do solar panels require?
The space required for solar panels depends on several factors such as the power output of the panels and the efficiency of the solar cells. On average, a typical solar panel requires around 10-20 square feet of space. However, it is important to note that solar panels can be mounted on rooftops, installed in large solar farms, or even integrated into building materials, allowing for flexibility in their placement and utilization of available space.
Q:I think that solar panels are the future and i think that the conventional way of generating electricity is going to be replaced by solar panels. I would like to be part of this industry as an entrepreneur but i do not know how to since i do not have a technical background. I would like to sell solar panels to consumers and to business. Should I start a manufacturing company that manufactures solar panels? Should I buy solar panels from manufactures and sell them to consumers? What should I do?
Manufacturing your own electrical solar panels is out of the question. They are built much like computer chips and setting up a plant to do this would cost millions of dollars. You could become a solar system installer. These businesses install solar systems on homes and are paid for this service. You will need a significant amount of technical training to do this though, I would guess at least two years (the last thing you would want to do is damage someones home or design a system that is dangerous). I would suggest that you go into business making energy improvements to homes that do not involve solar energy. Most people can get the best value for their money by improving the air tightness of their homes (several tubes of well placed caulk). Other things you could offer would be the upgrading of door, Windows and electrical box seals. Insulation jackets around hot water heaters is also something a small firm could offer home owners. Other energy improvement are also possible and you could offer a whole shopping list of improvements to a customer. Good luck
Q:Can solar panels be installed on a high-rise building?
Yes, solar panels can be installed on a high-rise building. In fact, high-rise buildings offer great potential for solar panel installations due to their large surface area and access to sunlight. However, it is important to consider factors like structural integrity, shading, and local regulations while designing and installing solar panels on high-rise buildings.
Q:right now, you would need a suitable number of solar panels just to power house that can take up a lot of real estate. so my question is, is it feasible to create something that absorbs more of the suns energy like a magnet it would suck it up. the point of doing this would be so that we wouldnt need so much space so many panels just to power home for example.i hope thats coherent.
No, it's not possible to make solar panels that suck in photons like a magnet. In current physics, the only way to do that would be to make a near-black-hole-like structure that sucks photons in due to its high gravity. Not only would that be prohibitively expensive and currently technologically impossible, it would destroy its surrounding area. Edit: idlenesss - My whole point is that increasing the photons-per-area is currently impossible, and that's what the question was about.
Q:Can solar panels be used for powering a data center?
Yes, solar panels can be used to power a data center. Solar panels generate electricity by converting sunlight into energy, which can be used to power various devices and systems, including data centers. By installing a sufficient number of solar panels and utilizing energy storage systems, a data center can operate on renewable solar power, reducing its reliance on traditional energy sources and minimizing its carbon footprint.
Q:How about using Solar Panals to provide the electrical power to separate the H2 from the O? H2 would be fed into the engines carburator like a gas/air mixture ratio, but H2/air mixture ratio instead. How would you control the exact measurements?
It's an idea that will be done someday. But right now the problem is that there are much cheaper ways to get energy and run cars. So no one would use this one, because it just costs too much. As other sources of energy get costlier, and we figure out how to make solar panels better and more cheaply, this will be done. The best way known now to use the hydrogen in a car is to put it into a kind of electricity generator called a fuel cell. Then the electricity runs an electric motor. Controlling the measurements into the fuel cell is pretty easy just with a simple flow meter.
Q:I contend:As far as the solar panels causing global warming I'll try to explain. If you put a black panel on the ground or on your house and don't connect it to anything, it will absorb solar energy (heat) during daylight and release it at night (radiation). The net heat gain is zero. If you hook up a solar panel in the same place but hook it up to batteries, charge the batteries during sunlight hours and using that energy to electrically heat the home at night. The panels will absorb solar energy during the day but will convert that to electrical energy in the batteries instead of radiating it back into space at night. The result is a net gain in earth's temperature.Right or wrong?
One piece of technology: Hydro-energy storage. Pump water up to an artificial lake at the top of a mountain to store energy, and then let the water run down through turbines to retrieve the energy later, eliminating most or all of the need for batteries. Usually this stuff saying renewables suck is BS when you actually try. Yet another method, are solar power towers which last longer than solar panels and continue to generate energy at night. While a non-universal storage method, it's good for storing the sun's energy in the mechanism that generates the power. According to some studies, they are the best option next to wind turbines. I'll describe a particular model. A field of mirrors beams light to a part of the tower which contains salt, for it's incredible heat storage capacity when molten. In turn, the heat from that region heats water which spins some turbines, generating lots of energy. Currently, the best models continue to generate electricity at night and for a few consecutive cloudy days. I think whoever was saying that was probably trying to delay response. There are too many ways around that to be true, and saying that it contributes more to Global Warming than fossil fuels is a lie. This is why some government intervention is needed: The companies aren't responding to new ideas, and they happen to often be fossil fuel companies as well. If you don't create the environment where it lowers fossil fuel consumption, then they win because prices stay high.

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