• Solar Panels for Teardrop Campers - 305Wp Special Off-Grid Solar Power System Panels Solares System 1
  • Solar Panels for Teardrop Campers - 305Wp Special Off-Grid Solar Power System Panels Solares System 2
  • Solar Panels for Teardrop Campers - 305Wp Special Off-Grid Solar Power System Panels Solares System 3
  • Solar Panels for Teardrop Campers - 305Wp Special Off-Grid Solar Power System Panels Solares System 4
  • Solar Panels for Teardrop Campers - 305Wp Special Off-Grid Solar Power System Panels Solares System 5
  • Solar Panels for Teardrop Campers - 305Wp Special Off-Grid Solar Power System Panels Solares System 6
Solar Panels for Teardrop Campers - 305Wp Special Off-Grid Solar Power System Panels Solares

Solar Panels for Teardrop Campers - 305Wp Special Off-Grid Solar Power System Panels Solares

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
600 watt
Supply Capability:
20000000 watt/month

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Solar Panel 305Wp special for Off-grid Solar Power System Paneles Solares

Product Pictures

 

Solar Panel 305Wp special for Off-grid Solar Power System Paneles Solares

Solar Panel 305Wp special for Off-grid Solar Power System Paneles Solares

Solar Panel 305Wp special for Off-grid Solar Power System Paneles Solares

Solar Panel 305Wp special for Off-grid Solar Power System Paneles Solares

Solar Panel 305Wp special for Off-grid Solar Power System Paneles Solares

Solar Panel 305Wp special for Off-grid Solar Power System Paneles Solares

Solar Panel 305Wp special for Off-grid Solar Power System Paneles Solares

Solar Panel 305Wp special for Off-grid Solar Power System Paneles Solares

 

Mechanical Characteristics

 

Peak power (Pmax)

10W

Power tolerance

±5%

Max. system voltage

1000VDC

Open circuit voltage (Voc)

21.4V

Short circuit current (Isc)

613mA

Max. power voltage (Vmp)

18V

Max. power current (Imp)

0.557A

Cell Efficiency

>16%

Standard Test Condition (STD)

Irradiance:1000W/m2;Cell temperature:25; AM:1.5

Operating temperature

-40 to+ 85

 

Applications

  • Commercial/ industrial building PV solar roof-top off-grid systems.

  • Residential PV solar roof-top off-grid systems.

  • Any commercial / industrial ground mount off-grid systems.

  • Other off-grid industrial and commercial solar PV applications.

 

Warranty

  • 10 year limited product warranty on materials and workmanship.

  • 25 year limited power warranty on power output.

  • ≥90% power output assurance for 10 years and ≥80% power output assurance for 25 years.

  • Refer to warranty document for detailed warranty information.

Q: I need to use solar panels to charge lead acid batteries in an off-grid application. I understand that solar panels have a open circuit maximum voltage and an maximum amperage under no resistance, and that one can optimize the power output by regulating the load (resistance). If so, is just connecting 2 -volt solar panels to a lead-acid battery inefficient? Are there devices that will maximize 2 volt output power (by varying the resistance)? Am I on the right track here? Thanks for any help.
Hi, okorder / having good batteries like this one make save you the hassel to buy controllers. You can control your own charge buy different tips
Q: ok im going off grid and will have my fridge and stove running on propane but im trying to figure out that at night i want to be able to run my 32 inch lcd tv a internet modem a playstation 3 and 2 laptops and a light or 2 and maybe a floor fan through solar power and i would like to be able run my tv and stuff up to 8 hours in to the night and so i just want to know how many batterys and solar panels i need or how many watts system do i need im running all this on one outlet now at home so i know its under 20 amps and i think i use about 000 watts an hour im not sure so thats why im asking i really need help with this i hope i dont need a $5,000 system thats crazy im only wanting to spend like a $000 please dont explain math figures or a bunch of complicated garbage to me i just want a straight answer on what i need to do to be able to do this thank you!
Buy a device called a kill-a-watt to measure exactly how much power you use. If you get a systemt to put out 000 watts, it's going to be more than you need, and you'll waste your money. 20 amps is 2200 watts (assuming a 0 volt circuit), which is even more. That will be very pricey. Get the kill-a-watt so that you don't spend more than you need to on solar panels. The cost of the kill-a-watt is almost nothing compared to what you'll be spending on the panels. If I had to guess, 500 watts would run all those devices at the same time.
Q: Do solar panels produce noise?
No, solar panels do not produce noise as they generate electricity from sunlight without any moving parts.
Q: 260 watt solar panels on an rv?
It depends on the power you need. There should be a controller between the battery and the solar pv panels.
Q: What would it take to make a heater for a small solar panel. I am looking into making a heater for a livestock tank to keep ice melted. I know that heaters take alot of energy to run, but my theory is that if heated mirrors on a car can melt ice with low voltage and im sure not extreme heat (40-60 degrees) then making a heater with just high enough temperature to keep from icing over and melting ice is possible. Where do I start? I would like to use an inexpensive solar panel that will generate enough heat to keep ice from forming and melt it at the beginning of the day. How can you make such a heater and apply Ohms law so that it will function correctly, what Wattage will the pannel need to produce to generate enough heat for the heater. The device will only have to be large enough to melt a spot large enough for an animal to drink.
Homemade okorder
Q: how much power is generated with solar panels? also please give me links for that information.and how much would the costs be for this alternative energy source?
The amount of electrical energy (kWh) a kW grid connected solar PV system will generate on an average day (kWh/kWp.day). There are some factors that will determine just how much electricity you can create with solar panels for your property - The size of the system, the direction that your roof faces and the angle of the roof comes next. For optimum performance, your panels will need to be on a 35-degree angle, facing south.
Q: quot;Does it take more energy to produce a solar panel than what the same solar panel can generate in its useful lifetime?quot;
Thor is right and wrong. Solar panel will produce more than they take to make. My solar panels only have a 0 year estimated useful life. They may actually last longer, but with time they lose efficiency. Here in Phoenix where the sun shines all the time, a decent solar system you purchase and pay to have installed will pay back the original investment in 5-20 years. If you are a handyman and can install it yourself it will pay back sooner. Solar is a great system for reducing CO2 pollution, but until grid power rates increase a lot, it is still not very cost effective in most areas. It is also a myth that anyone can just install a solar system and get off grid power. Most people could not afford it, and most people would not like not having heat or air. Any system that normal people could afford could not supply anywhere near enough power for heating or air conditioning.
Q: Main questions: How can I work out the efficiency of a solar panel and how can I work out if the panel is relatively cost-effective? Also what type of solar panels is considered most effiecient?Let's assume that all relative values are available.Secondary question: What type of safety regulations and licenses are required to be fulfiled in order to import solar panels into the EU from non-EU countries?
The manufacturer of any serious panel should be able to provide an efficiency. That will be the STC power rating of the panel, divided by the area of the panel, divided by 000 w/m^2. But the more interesting figure is cost effectiveness, as you say, which is nothing more than cost per watt for the same class of panels. Most applications are limited by money, not by area.
Q: I am looking to run 2 basic shoplights, each with 2- 32 watt T8 flourecent tubes for 6 hours a day for an indoor garden. Location WI.
Ok lets start with basics We need 28watts for the lights but due to efficacy we wont get that from the solar panels unless we increase the power.So I would say about 50watts of panels and that depends on if its sunny if its cloudy we wont get even 70 watts so I would say get 200watts of panels to overcome this problem. Then we need to run the lights for 6 hours so we need power to charge the battery I would say we will need 2x 0ah deep cycle battery's and as we need the lights on for 6 hours I would say we will need a charging capacity or total power from our solar panels to be around 300watts. So now that's the power sorted we need a device to allow us to power the lights at the right voltage. You will need a device that is called a inverter if the lights run on 240/0volts you will need a 2v to 240 or 0 depending on were you are so we can now convert are 2v dc power into 0/240 for the t8 lights. You will need a 500watt inverter as when fluorescent lights start they have a surge of power needed to start them So you will need 2x0ah deep cycle battery's 7x 45watt solar panels or you could just get 3x 00watt panels x500watt pure sine wave inverter I know it will be costly but it will be worth it in the long run.I did a similar project myself and it cost me over 600
Q: How much energy can solar panels produce?
The amount of energy that solar panels can produce depends on various factors such as the size and efficiency of the panels, the location and climate, and the amount of sunlight available. On average, a typical residential solar panel system can generate between 10 to 20 kilowatt-hours (kWh) of electricity per day. However, larger commercial systems or those installed in regions with abundant sunlight can produce significantly more energy.

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