• Polycrystalline Silicon Solar Module Type CR140P-CR120P System 1
  • Polycrystalline Silicon Solar Module Type CR140P-CR120P System 2
Polycrystalline Silicon Solar Module Type CR140P-CR120P

Polycrystalline Silicon Solar Module Type CR140P-CR120P

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Tianjin
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5 pc
Supply Capability:
200 pc/month

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1. Structure of Monocrystalline silicon solar Module Type CR140P-CR120P

      Solar modules, which are widely used in ground mounted utility-scale PV plants, large-scale and small civil and commercial power generating system such as BIPV combined to the grid, roof-mounted PV power system, rural electrification, communications, emergency auxiliary power. Solar PV module is comprised of some solar cells which are connected in serial with high efficiency and enhanced reliability. The solar cells are laminated between sheets of ethylene vinyl acetate (EVA) and high-clarity low-iron tempered glass, and  sealed by the silica gel in a anodized aluminum frame . The solar module has got the professional certificate as following:


Polycrystalline Silicon Solar Module Type CR140P-CR120P

 

2. Main Features of Monocrystalline silicon solar Module Type CR140P-CR120P

  • esthetic appearance, with stands high wind-pressure and snow load, and easy installation

  • Water resistant junction box

  • Design to meet unique demand of customer

  • 25 year poweroutput warranty

     

3. Monocrystalline silicon solar Module Type CR140P-CR120P Images

 

Polycrystalline Silicon Solar Module Type CR140P-CR120P

Polycrystalline Silicon Solar Module Type CR140P-CR120P

 

4. Monocrystalline silicon solar Module Type CR140P-CR120P Specification

 

Module type

CR140P

CR135P

CR130P

CR120P

Cell type

156mm × 156mm

No. of cells and connections

36(4×9)

Dimension of module (mm)

1478×670×35

Weight of module (kg)

11.5

Maximum Power (Pm)

140W

135W

130W

120W

Open-circuit voltage (Voc)

22.0V

21.9V

21.8V

21.6V

Short-circuit current (Isc)

8.56A

8.44A

8.35A

8.25A

Volatage at Pmax (Vmp)

18.0V

17.7V

17.5V

17.0V

Current at Pmax (Imp)

7.82A

7.65A

7.43A

7.06A

Maximum system voltage

1000VDC

Operating temperature

-40℃ to +85℃

 

 

Polycrystalline Silicon Solar Module Type CR140P-CR120P

 

Module I-V Graph 140W

 

Polycrystalline Silicon Solar Module Type CR140P-CR120P

 

5. Monocrystalline silicon solar Module Type CR140P-CR120P FAQ

(1) Can you offer the test report of the module?

     Sure. All the solar modules must pass necessary tests including EL test and ultra-red test and other visual test of the apperance, and the test report presents all the detailed data of the modules.

(2) How  to confirm about the quantity and the type of solar module?

     It depends on the solar system where  you want to put into use the solar modules. We have experienced engineers to design for your order and you need to give more information to fix the details.

Q:what is solar panel? full description needed?
Solar energy begins with the sun. Solar panels (also known as PV panels) are used to convert light from the sun, which is composed of particles of energy called photons, into electricity that can be used to power electrical loads. Solar panels can be used for a wide variety of applications including remote power systems for cabins, telecommunications equipment, remote sensing, and of course for the production of electricity by residential and commercial solar electric systems. On this page, we will discuss the history, technology, and benefits of solar panels. We will learn how solar panels work, how they are made, how they create electricity, and where you can buy solar panels.
Q:If not how do they give power to a house/a company?
No they don't have an outlet. The wires attached to the solar panel can be attached to say a battery and keep it charged during day even during.use. At night you use battery power.
Q:Science homework! I need to explain how a solar panel works and draw a Sankey Diagram for the solar panel, can anyone show me a sankey diagram for a solar panel or explain how a solar panel works?? ILL GIVE U BEST ANSWER IF U HELP WITH BOTH =]
Not very helpful for my needs. I presume you work for one of the mega rich electrical companies. You must be a fun person to share adrink with. I ll provide the drink. At the witches bar. Hemlock i think. .................
Q:Can solar panels be used to power a university?
Yes, solar panels can be used to power a university. Solar energy is a renewable and clean source of power, making it an ideal solution for large institutions like universities. By installing solar panels on rooftops, parking lots, or open spaces, universities can generate a significant amount of electricity to meet their energy needs. Additionally, universities often have large campuses with ample space for solar panel installations, making it feasible to generate a substantial amount of solar power.
Q:Can solar panels be installed on a flat roof?
Yes, solar panels can be installed on a flat roof. Flat roofs are actually a popular choice for solar panel installations because they provide an ideal surface for mounting the panels. The panels can be mounted using ballasted systems, which don't require any penetrations into the roof. This makes the installation process easier and minimizes any potential damage to the roof.
Q:I've been figuring ways to keep water thawed out this winter, and this bucket seems to be the easiest thing. What kind of set up (solar panel) would I need to feed this 260 watt heated bucket?
Unfortunately solar panels are low output,generally only 2 volt and very low amperage,so you would need to build a multi panel array with a DC-AC converter all together costing several hundred dollars which would only work during sunlight.Just roughly figuring,about $800. Plan2-Solar charger,battery bank,and DC-AC inverter so it would work 24hrs a day,also several hundred $$. Solar power does just not seem feasible(to me)in this application.By far the cheapest set up here would be an extension cord fromhouse to the bucket.260 watts per hr is a fairly lightweight draw,even not figuring the thermostat's cycling it on and off as needed.Electricity is sold in kilowatt hours(000W/hr).This bucket would use(not allowing for thermostats control lowering it)appx 6000watts or 6KW per day.Depending on your electrical cost per Kwh it would cost very little to run.(In my location appx 50cents a day) or appx the same amount as my computer(325watts total)) Note that that would be a maximum rate,and would actually be less due to thermostat cycling off and on as needed.
Q:Can someone explain to me how solar panels can be used as modern architectural attributes? please help
You could check out building integrated photovoltaics (BIPV). BIPV includes things like solar roof tiles and smart energy glass that acts as a window and also creates electricity. BIPV is a great way for people to go solar without disrupting the modern architectural attributes of an existing structure.
Q:Can solar panels be used for powering public transportation?
Yes, solar panels can be used for powering public transportation. Solar-powered buses and trains are already in use in various cities around the world. These panels capture sunlight and convert it into electricity, which can be used to power the vehicles' motors, lighting, and other systems. This renewable energy source helps reduce carbon emissions and dependence on fossil fuels in the transportation sector.
Q:Can solar panels be used to power a cruise ship?
Yes, solar panels can be used to power a cruise ship to some extent. However, due to the large energy requirements of a cruise ship, solar power alone may not be sufficient to provide the necessary electricity for all onboard facilities and operations. It is more common to integrate solar panels with other power sources, such as traditional fuel-based generators, to supplement the energy needs of a cruise ship.
Q:the solar panel works with LEDs, small bulbs,etc but neve with any dcmotor. Please help. I have a science exhibition.
It may well be that the motor demands more *current* than the panel can provide. Can you measure the voltage from the panel with the LEDs across it, and then with the motor across it? I suspect that you'll find that the motor makes the voltage collapse.

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