200W Folding Solar Panel with Flexible Supporting Legs for 1000 Sq Ft Home Camping

200W Folding Solar Panel with Flexible Supporting Legs for 1000 Sq Ft Home Camping System 1

200W Folding Solar Panel with Flexible Supporting Legs for 1000 Sq Ft Home Camping

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1000 watt

Supply Capability:: 10000 watt/month

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Specification

Material:

Polycrystalline Silicon

Max. Power(W):

200

Number of Cells(pieces):

Product Description

Folding module kits are designed to provide portable 12 volt power wherever you need it.PoPwer available from 20W to 240W

Features:
· Padded, moulded carry bag
· Heavy duty carry handle, hinges and clasps Stainless steel telescopic&adjustable legs
· Weatherproof solar charge controller with LED indicator
· 5m cable with heavy duty Anderson connectors between module-regulator & regulator-battery clamps
· All cabled up ready to use
· 2 year warranty

These kits are the ideal solution for 4WD, camping, caravaning, boating and recreational activities whereverpower is required for lights, small TV, camping fridge, pump or other small appliances.
200W Folding Solar Panel with Flexible Supporting Legs for Camping

Nominal Peak Power	200W	120W (2 x 60W)	160W (2 x 80W)	200W (2 x 100W)
Power tolerance	3%
Cell type	Monocrystalline/Polycrystalline
Open circuit voltage (Voc)	21.6V
Voltage at maximum power (Vmp)	17.6V	17.5V	17.5V	17.5V
Short circuit current (Isc)	4.9A	7.4A	9.88A	12.34A
Current at maximum power (Imp)	4.54A	6.86A	9.14A	11.42A
Maximum system voltage	1000VDC
NOCT (Nominal Operating Cell Temperature)	45 C +/-2 C
Operating temperature - module	-40 C to +85 C
Operating temperature – charge	-35 C to +55 C
Module folded size (mm) in carry bag	505x550x60	505x825x80	505x1005x70	670x1005x70
Module open size (mm)	1014x550x30	1014x825x35	1014x1005x35	1344x1005x35
Module net weight (kg)	9.2	13	15.2	19
Module gross weight (kg)	11	16	19.4	23.2
Solar charge controller	PWM 12V 10A; IP65 rated		PWM 12V 20A; IP65 rated

Q:I was wondering if they create other forms of energy besides electrical that is unwanted. Like heat due to the friction of something, or sound. Also why is a solar panel not able to collect 00% of the energy that is striking its panels. And how could the efficiency of this be hypothetically improved.: Solar panels produce very little heat or sound compared to electrical energy. In terms of the sunlight striking the panels, solar panels have an extremely poor efficiency because they can't possibly absorb 00% of the light energy. Solar panel efficiency is usually given is terms of converting the light that IS absorbed into electricity. Improvements are happening constantly. Mainly, trying to maximize electrical conductivity.

Q:I have an inverter and a battery 20 Amperes.Daily sun shine approx. 7 Hours.Do I need to buy anything or should I connect the solar panel to the Battery direct?: connect the solar panel to the Battery direct during the day time that's how it works in ALL situations !

Q:Due to erratic power cuts in my area I want to make up by using a 30watt solar panel. My decoder is 30watt but my TV is 70W. I need something small. I don't have problem with sound. Just picture.: Do what we do when power is cut (although we have very reliable power - we loose as much as 2 hours a year), is go Amish. That is go without powered technology. Now, for you, you need more than a solar panel (and likely more than 30W, but that is a start) - you need a battery or set of batteries to store the collected power. 20Ah might do. You need an inverter to power things. For that, likely a 300W will do. For a TV, go shopping, and look at the labels on the back of the TVs. I just bought a 24 TV rated at 40W. If you get a 9 LED TV, it may be likely you can run that directly from battery, for many have separate DC brick supplies. With those, you can make a cable to power it directly from a 2V or so battery, if the supply can make 2 to 5V. Depending on your provider, you may be able to get a mini-decoder which uses a separate brick or wall supply, which means the decoder likely can be directly battery powered. Such a decoder may draw less than 20W.

Q:How can I calculate the amount of watts needed for a solar panel to power a water and air pump in gal/hr and a 600 watt LED light?: Mimi: Solar Power is not really that economical, and has many other disadvantages as well. You did not specify much info in your question as to the size of the water or air pump. So let's make some assumptions to get you some numbers. ) Let's say the water and air pump are about HorsePower (HP). The HP pump , considering efficiency losses, will draw around ,000 Watts , or kW. 2) The 600 Watt LED Light is quite high --- they are usually much smaller lights 40 Watts or less. BTW --- these LED lights are very expensive light as well. Just so you are aware. Between the pump(s) ( maybe 000 to 400 Watts) and the 600 Watt light ----- and without knowing the specifics --- you are probably looking at around 2,000 Watts or 2 kW. A 2 kW Solar PV unit will run around $20,000. The PV unit will only run at full capacity during daylight hours. They usually average about 5 hours per day. So you will only be able to run your pump and LED Lights during the middle of the day --- maybe 0:00 AM to 5:00 PM. If you want to run the pump and lights after sundown, you will need battery back-up. The electric storage batteries will likely run about an extra $5,000. They will last about 5 years. If you decide this doesn't work out well --- you can stay with the local utility --- at $0.0 per kWh. It will cost you about $0.0 per hour to run the pump --- maybe 30 to 50 cents per day. It would cost you about 6 cents per hour to run your light. Maybe 30 or 40 cents per day. You could essentially run your pumps and light several hours each day --- all for about $ per day, or $365 per year. This sounds like a less costly alternative.

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.: I doubt you will be able to get anywhere near the amount of light needed to run anything for 6 hours a day. You will probably need a battery or something as well. At the least, you will need 3 solar panels, but you will probably need more than that in order to charge the batteries to get it to last long enough.

Q:im aware i dont fully understand. but with what i do. if P = iv, and current changes with voltage, whats the point of changing either. if in any cicumstance, you end up with the same wattage, how does changing either effect a solar setup. (2v panel vs 24v)thanks in advance. explain in laymans if you can.: The choice of solar panel voltage comes down more to what the panels will be connected to. You're right that power can remain the same at the different voltages. Higher input (panel) voltages are sometimes used in inverter systems to reduce the effect of voltage draw-down. 2v panels (about 20v open circuit) work well for charging 2v batteries, connected in parallel, through a charge controller. For use of a grid-tie inverter, higher input voltages are sometimes used to reduce the effects of draw-down. You want to select and wire (parallel vs. series) your panels based on the input voltage requirement of the load, whatever it may be.

Q:I need to prepare solar panels for using in home needs electricity purpose. Can anyone could help me to know much more about it.: It's possible to make a DIY homemade solar or wind power turbine to power your home, house, water pump, irrigation system and much more. You don't need to buy expensive wind turbine generator equipment. Trust me these wind power generator equipment cost so much that you could spend years saving to buy a very small unit. I live in a very windy and remote area in Kenya; Africa where it might be another 3 decades before the national power grid finally gets to our horizon. I was about to buy such equipment when I stumbled on a do it yourself manual online that had colorful illustrations of how to make a homemade wind turbine for as low as $200. Compare this to a small turbine unit that goes for no less than $ 3000 and you see what I mean when I say you are better off making one at home.

Q:Can solar panels be installed on public parks or gardens?: Yes, solar panels can be installed on public parks or gardens. In fact, it is becoming increasingly common to see solar panels integrated into the design of these spaces. Installing solar panels in public parks and gardens can help generate clean energy, reduce carbon emissions, and provide shade and shelter for visitors.

Q:Hello, I have been trying to go green, I Have purchase somesolar panel they are about 45watts I been putting it against my window and getting ok power out of it enough for my lights and a couple of low watts gadget (cellphone, 2v light, portable dvd) for couple of hours.But its seem to drain the 2v faster then I can charge Am I getting the most power out of my panel?Or should I place it on the roof? I'm in Texas and it gets hot and sunny the sun beam my room windows pretty good during 4pm-6pm.: outside is going to be much better. You can't tell but glass is actully opaque to many ranges of 'light'. If you look at advertising for windows you may see claims to reduce sun fading of your carpet/ furniture. That is because the glass blocks UV. Solar panels get some of their energy from UV light. Also some windows are engineered to block IR to help insulate better when the house is cooler than the outside. Again, solar panels get some of their energy from light in the infrared range. And finally if you're charging batteries the 'off angle time' is still important. The amount of light absorbed is pretty closely related to the cosine of the angle that the sun is 'off' of the direct. so when the sun is 45 degrees off of perpendicular the panels still get cos45 =.707 or about 70% of the available energy. (In practice it's a little less than that because not as much energy gets to the panel to be absorbed as at midday). But anyway, you can figure two hours of morning or late afternoon sun will give you as much energy as hour of midday sun. So if the panel is inside, you miss out on that available energy.

Q:Can solar panels be used for powering a telecommunications tower?: Yes, solar panels can be used to power a telecommunications tower. Solar panels convert sunlight into electricity, which can be used to power various equipment including telecommunication towers. This renewable energy source is increasingly being adopted for powering such infrastructure, as it provides a clean and sustainable solution, especially in remote or off-grid locations.

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