Double Glass Mono(Poly) Crystalline silicon Solar Panel Model CR090M-B

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1. Structure of Double Glass Mono(Poly) Crystalline Silicon Solar Panel Model CR090M-B

     Double glass Mono(Poly) crystalline silicon solar panel(hereinafter refferred as "double glass solar panel" ) has advantage of beautiful apperence and high transmissivity by using the double glass on both sides of the solar panel, compared to the normal crystalline silicon solar panel. So double glass solar panel is widly used in the BIPV and other constructions such as solar intelligent window, solar pavilion and photovoltaic glass roof and wall.

 

2. Main Features of Double Glass Mono(Poly) Crystalline silicon Solar Panel Model CR090M-B

  • High-efficient solar cells

  • High transmissivity low-iron toughened glass

  • Anodized aluminum frame

  • Water resistant junction box

  • Design to meet unique demand of customer

  • 25 year poweroutput warranty

     

3.Double Glass Mono(Poly) Crystalline silicon Solar Panel Model CR090M-B Images

Double Glass Mono(Poly) Crystalline silicon Solar Panel Model CR090M-B

 

4. Double Glass Mono(Poly) Crystalline silicon Solar PanelModel CR090M-B Specification

 

MODEL

CR090M-B

Maximum Power (Pm)

90W

Open-circuit voltage (Voc)

22.2V

Short-circuit current (Isc)

5.29A

Volatage at Pmax (Vmp)

18.3V

Current at Pmax (Imp)

4.92A

Maximum system voltage

1000VDC

Operating temperature

-40 to +60

Dimension of module(mm)

1574×802×8

Weight of module (kg)

23.0

Power tolerance

±5%

Double Glass Mono(Poly) Crystalline silicon Solar Panel Model CR090M-B 

 

 

 

5. FAQ

(1)  Why the double glass solar panel is more expessive than normal solar panel?

       Because manufacturerer should face the technical difficulty in encapsulation process, and it costs more to make a lot of experiment to find a good packaging technology and get an excellent packaging method.

(2)  How long for the manufacture process?

     It depends on the payment terms, for we need to arrange the purchasing materials especially for the glass. If possible we prefer 100% by T/T to other payment terms, and we will put into production as soon as possible.

(3) Can we have test report of the solar panels?

      Surely you can, once we have finished quality test after production, we have the technical details for the test report.

 

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Q:How to build a small SOLAR PANEL that will light a 60 watt light bulb?
I don't have any practical experience building solar panel arrays to power a given device, but allow me to make this observation. Solar cells, when exposed to sunlight, will each generate a given amount of power (watts), and by wiring these in series, you will increase the wattage. Now, a panel three feet square will give you a certain amount of power, provided all the cells are wired correctly in series, and it may not provide enough juice to light the bulb. You can work around this by adding a step-up transformer (which takes the incoming power and boosts it to the desired level for output, with no moving parts). Voila! You've illuminated your bulb. I will admit, though, you'll have to do some math to determine what you need. A search on the Web will help you find the formulae and other information you'll require. Good luck.
Q:How powerful are solar panels?
We think that powerful solar panels are good . As per their capacity they of-course needed many many solar panels, tks.
Q:Single Solar Panel savings?
I am afraid you are in for some disapointment. A typical solar panel might put out something over 00 watts, and cost a pretty big bundle. Then, what would you do with the power? It will be low voltage DC. You could charge a battery, or run a DC appliance. You would get less than ten cents worth of electricity per day. If you wanted to use it for household appliances, you would need an inverter. More big bucks. Type solar panels in the green search box at the top of this page, and read previous Q A. Also do the same on the Internet. Sorry to be a wet blanket.
Q:How to connect solar panels to batteries?
20 volts is a common open-circuit voltage for nominal 2v panels. The panels put out about 5v at full load. If the panel puts out little enough that it takes 20 hours or more to put a full charge in the battery you can get by without a charge controller - just keep the cells topped up with distilled water. A charge controller will do a more efficient job, though. The most efficient charge controllers use what's called Maximum Power Point Technology (MPPT) which lets the panels operate at their most efficient point throughout the battery's charging cycle. Available on OKorder. The charge controller should have the same or higher wattage as the panels it controls - if you're not sure of wattage, assume that they are the same as similar area panels you find for sale. Before buying a charge controller, connect the panels through an ammeter to a discharged battery. They may have been trashed because of damage and low output. You need at least an amp for trickle charge, 5 amps for reasonable recharge times.
Q:Making a Charger out of small solar panels?
3-T is just one type of many devices designed to control voltage so you get the amount you desire with as little static as possible. Without you having an degree in engineering, I can't explain it to you any better. You will also need to produce true sine wave energy or you will burn out your PSP with the correct volts and amps. You need one to produce only 5 volts 2amps. Anything different will burn out yur PSP. Your problem is simple math. Watts = volts multiplied by amps. Amps = Watts divided by volts. So if your solar panels can produce /4 amp ( 250 mA) each, then you connect one to the other in a series until you get enough connected to make 2A. ( 8 panels { /4mA x 8 = 2A}) You now have a panel with 32Volts, 2Amps, 64 Watts. This is where the T-3 regulator comes in. If you buy one for 5 volts, it will allow only 5 volts 2 amps, to go to your PSP.
Q:What if anything has been done to channel light power other than solar panels?
As your question notes, there are other ways to derive power from solar energy other than just using solar panels. One such way that has grown rapidly in recent years, is solar thermal generation. Solar-thermal uses mirrors to collect sunlight and concentrate it at point to generate intense heat. This heat is used -- just as in traditional fossil fuel plants -- to boil a fluid, thereby creating steam pressure, which drives a turbine that generates electricity. Solar thermal has some advantages over traditional solar panels. It's collectors (i.e. mirrors) are cheaper to manufacture than solar panels and last longer.
Q:how much does it cost to operate a solar panel?
It operates itself, except if there is a problem. It costs a lot to buy and setup. Some solar panels move to track the sun- the tracking equipment is complicated and needs maintenance. Some solar power systems have banks of batteries to store the energy- those wear out eventually. Some solar panels feed into the power grid, and there is a cost associated with managing that power- paid by the power company.
Q:how much do commercial solar panels cost?
There okorder.com/ Why pay thousands of dollars for solar energy ($27,000 average cost) when you can build your own solar panel system for just a fraction of the retail cost. You can build a single solar panel or you can build an entire array of panels to power your whole house. Some people are saving 50% on their power bill, some people are reducing their bill to nothing. But what’s most impressive is that just by following these instructions some are even making the power company pay them!
Q:do solar panels work in aeroplanes?
First of all solar panels increase the mass of the plane and afeect its aerodynamicity. U cant use them at night. U cant use them when the whether is cloudy or its raining. To obtain the power required lift a plane it would need lots of solar panels which would make the flight more expensive. Why would people go on a more expensive ride when they can get a cheaper one.
Q:How to make 2V 4.5A solar panel from solar cells?
The simplest way to use these panels is simply to connect the panel to your battery, with a diode in series to prevent the battery from discharging through the panel (no sunlight condition). Just connect the battery for the required charge time then disconnect it. Full sun is required, no shadows on the solar panel! ---------- .

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