Premium Residential Solar Panels with High Efficiency

Premium Residential Solar Panels with High Efficiency System 1

Premium Residential Solar Panels with High Efficiency

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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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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

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 & Size	polycrystal silicon 156*156mm
Size of module(mm)	25025018mm
Cells per Module (pcs)
NOCT-Nominal operating cell temperature	47±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 Capacity	30m/s(200kg/sq.m)
Allowable Hail Load	steel ball fall down from 1m height
Front Glass	3.2mm tempered
Junction Box Type	Black Ip65
Length of Cables(mm)	90cm
Output tolerance(%)	±3%
Frame(Material,Corners,etc)	Anodizde Aluminum Alloy
Standard Test Conditions	AM1.5 1000W/m2 25 °C
Warranty	3 years product warranty and 25years 80%of power

Q: What do I need to use this as a battery charger: I hope this will help you choose your charge controller / battery charger more effectively. Good luck!

Q: I have a small marine solar panel on my boat It came with the boat. I want to make sure it is working before I connect it. With a volt meter It is only reading .2 volts dc. I would think it should be 2-5 volts?: Mark, the 2 vdc is pretty typical. Most panels for home use are set up to charge 2 volt batteries, and they are wired for an, open circuit voltage of 8 to 9 volts. This allows it to have enough voltage to feed through a few diodes, perhaps a charge controller and 30 or 40 feet of wire and still have at least 5 volts left over. Once you connect it to the battery the panel will drop to whatever the batteries charging curve voltage would be. If you have a few minutes, I would suggest getting a book at the library called, The Complete Battery Book, by Richard Perez. Just read the chapters pertaining to lead acid batteries, the other discussions on lithium, ni cads and such won't apply to your boat system. If your panel is not large, and it's short circuit current rating in amps is less than 2% of the amp hour capacity of the battery, you can even run the panel without a charge controller. The book explains this as well. There is a great magazine that gets into the nuts and bolts of this stuff, it's called Home Power, you can find it online. You might also find some info at a couple renewable energy websites, I will list them below. Panels are rated in two ways, open circuit voltage, which you measure with a multimeter while the panel is in open sun and nothing is connected to it. The other rating is short cirucuit current, which you measure with an ammeter while the panel is in the sun as well. You connect the ammeter across the output of the panel and let all the power short right through the meter, so you'll need an ammeter big enough to handle more amps than the panel puts out. A 0 amp unit will work for your boat panel. These tests won't hurt the panel, or the meters, we do it all the time in the field, and the manufacturers will tell you to do the same test if you have a problem with a panel and they want to know if it's malfunctioning. You can check one of their websites if you like. Good luck Mark, and take care, Rudydoo

Q: Hi I need to replace the solar panel on my calculator and was wondering where I could buy one. Thanks in advance for your answers.: My suggestion is to first make sure that your calculator does not also use a tiny button cell. It could just be that the battery went dead. Also know that it's probably less trouble to just get a whole new calculator. If you have the skills to replace the solar cell, I'd suggest first disconnecting it, and wiring a .5 volt battery in its place. If that doesn't work either, maybe the problem is not the solar cell at all, but just its connection, or even a dirty ON button. As for where to get a replacement solar cell, if it were me, I'd go to a dollar store, and see if they have a cheap solar calculator that I could harvest one from.

Q: I thought they were going to make solar powered cars and solar power plants among other things. It was only nearly 0 years ago that solar power was the big thing. Just curious, why did it die out?: they still make them,i have them on my camper to charge the batteries, they are not cheap, however. you can get them at r.v. supply stores. in fact the ones they make now, are quite efficient, many people in the countryside use them for their homes, i dont know why the development for cars is so slow, though.

Q: My electric bill per month averages 800 kWh per month. I am looking at 65W solar panels. How many panels would I need to make my bill come to zero? I realize I also need an inverter to convert dc to ac.: It depends very much on where you live. If you live in Nevada, Arizona or California solar panels might be a good idea. If you live in Canada don?t expect to get your bill to zero... 800 kwh/month means an average consumption rate of about 2500 watts. 6 panels would cover that. But your energy consumption isn?t cosntant and nor is your energy production from the solarpanels. If you go off to work during the day when your panels produce the most then you probably produce excess electricity. Check with your utility if it is possible for you to sell off that electricity by putting it on the grid. Then you buy back electricity when you?re watching tv and surf the web at night. You loose money and electricity like this (or by using batteries as suggested above) so I would underdimension my solarpanel capacity. It makes sense if it is cheaper to just buy electricity at night. The retailer and the manufacturer should have charts showing how much their 65 watt panels really produce at different times of the day and the year for your location. Oh, and I?m sure there are ways in which you could reduce your electricity consumption. Smart lights, energy efficient lights are easy ways.

Q: I own a townhome in the Phoenix area (my power company's SRP, if that makes a difference). Phoenix is a great place for solar. I could probably save money, in the long term, if I got some solar panels.But I am currently extremely broke, so I can't buy solar panels unless I will more or less immediately be paying no more than I am now per month, with little or nothing down. And most of the solar leasing places won't work with me, because (as is common for townhomes) I don't technically own my roof. I have permission to put things on it, but the property management people (or whoever actually owns my roof) won't sign the lease or whatever.Anyone know of either a way to buy solar panels without paying significantly more per month than I already do for electricity, or a solar leasing company that can work with the restrictions I have?: The big problem is that you cannot force the homeowners association to do anything. I live in a condo with a HOA. We have outside parking spaces. The goonies won't let people run electric lines to parking spaces to charge electric cars. Several years ago, residents had to sue the HOA in court because they would not allow satellite dishes on buildings. The HOA lost. You don't have money to pay an attorney so you are out of luck.

Q: So I'm trying to figure out what to ask for my birthday because its one of the few times I can get stuff for no reason, like stuff I don't normally go to the store to buy. (i dont go to the store to get much at all anyway).Anyway, I'm interested in solar panels and led and electronics and i was wondering if there is anything not over expensive that would be cool. Some things I'm interested in:solar, wind, water energyGadgets (multitools, swiss army knives)Vibram fivefingersdrawingmaking stuff (duct tape wallets, stuff out of altoids containers)basically technology and outdoors-gear stuffoh and im 6 turnin 7 male.: solar panel is expensive, but small solar panel is not expensive, for example, 5w solar panel, solar light also not expensive led light also not expensive. i am not sure about other stuff that you said

Q: Ok, so my homework was to research and write about how solar panels and solar furnaces work and about their construction. We didn't even take one lesson on it in class and we are not allowed to copy and paste much and have to keep it simple wtf? Its soo annoying as we have hardly took it in class. Please can someone help.: A solar panel (photovoltaic module or photovoltaic panel) is a packaged, connected assembly of solar cells, also known as photovoltaic cells. The solar panel can be used as a component of a larger photovoltaic system to generate and supply electricity in commercial and residential applications. Because a single solar panel can produce only a limited amount of power, many installations contain several panels. A photovoltaic system typically includes an array of solar panels, an inverter, and sometimes a battery and interconnection wiring.

Q: i just took a trip to florida, they are cutting down anything that doesnt float and putting up buildings. Most of these cost a bundle, bill gates may pay cash for them, but most people will have many payments. Since pools, satellite dishes, and docks if near the water seem to be standard issue, why not a couple solar panels and water heater. It is florida after all, and if you are allready paying a half million or so for a house, what is another 0k gonna mean to you. Why dont they make it mandatory to include these on all new housing and condos and businesses. With that many the price would come down quickly and pay for itself long before the house is payed off and/or florida is flooded due to global warming.: Wow that is a great idea! We have so many old houses around here that no one lives in and they are building houses on 2 /2 acre lots. That seems like a waste of land. There is this construction company that is building town houses with solar panel roofs and the upstairs is the bedrooms and the down stairs is the living area so that it takes a very small lot. 40 x 60 even has room for a car port and small backyard. My friend has one and he made it low cost so everyone has a chance at home ownership. They are being build where he is buying the land and tearing down old houses and puting up these town houses. Makes the town look better and cleans up otherwise bad looking neighborhoods. If they can do that here why not all over? By building up she was telling us it cost less for foundation and roofing which is the most expensive. It is 900' sq ft. 2 bdrm bath. Let's go back to the time when people didn't have to have these 6000 sq.ft houses with 5 acre lots.

Q: I am learning all about heat radiation in Physics. There is a question I am doing about Solar panels. It asks, why do glass covers improve the efficient of solar panels? I dont really understand. How do they?? thanks :D x: the glass has an anti-reflective coating that helps the panel absorb more light (to convert to electricity) thant it would if the glass were not there. the other purpose of glass is to retain heat and strengthen the panel

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