• Grape Solar Panels - Good Price 200W Monocrystalline Solar PV Panel Module System 1
  • Grape Solar Panels - Good Price 200W Monocrystalline Solar PV Panel Module System 2
  • Grape Solar Panels - Good Price 200W Monocrystalline Solar PV Panel Module System 3
Grape Solar Panels - Good Price 200W Monocrystalline Solar PV Panel Module

Grape Solar Panels - Good Price 200W Monocrystalline Solar PV Panel Module

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Loading Port:
Guangzhou
Payment Terms:
TT OR LC
Min Order Qty:
1000 watt
Supply Capability:
10000 watt/month

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Specification

Material:
Monocrystalline Silicon
Max. Power(W):
200
Number of Cells(pieces):
72
Size:
158*158*40mm
EVA:
alluminum alloyed frame

 

Model NO.

SPP-200W

Material

Monocrystalline Silicon

Peak Power Pm

200W

Max. Power Voltage Vmp

18V(12V),27V,30V,36V(24V)

Max. Power Current Imp(a)

6.44A

Dimensions(L*W*T)/ Weight

1650*992*35mm/19.0 Kgs

Front Cover(Material/Thickness)

Low-Iron Temperd Glass/3.2mm

Frame(Material/Collor)

Anodized Aluminum Alloy/Silver

Junction Box Protection Degree

IP65

Warranty:Output Power

10 Years 100%, 20 Years 90%

Product Certification / Standard

TUV,CE,RoHS,FCC,PSE/(IEC61215&IEC61730)

ISO Certification

 

ISO 9001:2008

Export Markets

Global

Good Price 200W Monocrystalline Solar PV Panel Module

Good Price 200W Monocrystalline Solar PV Panel Module

Good Price 200W Monocrystalline Solar PV Panel Module

 

 

Additional Info.

Trademark:Gi - Power

Packing:Standard Export Packaging

Standard:CE; TUV; IEC; SONCAP; PC; COC; FORM M

Origin:Guangdong, China

HS Code:8541402000

Production Capacity:70MW/Year

Product Description

Poly solar module: 150W

Polycrystalline cell efficiency 15 - 17% in Motech/Gintech or other brands.
Convenient location, near to Shenzhen Port & Guangzhou Port.

Price: Negotiable.

Quality Control:
100% panel power and EL test before package.

Module Warranty:
25 - year limited warranty of 80% power output;
10 - year limited warranty of 90% power output;
5 - year limited warranty of materials and workmanship.

 

 

 

Model NO

200W

Material

Polycrystalline Silicon

Power

200W

Export Markets

Global

Trademark

Gi - Power

Standard

TUV; IEC; SONCAP; PC; COC; FORM M

Origin

Guangdong, China

HS Code

8541402000

Production Capacity

70MW/Year

 

 

Q: Solar panels do good more then bad?
It is like running a single large power plant instead of all of us having our home small fossil fuel electricity generators. You can have better and effective environment at a single source at large scale then at smaller sources. Most would just not care much. On separate line if the solar panels were to become more common in use, industries will be efficient and environment friendly ways to make them. Thus increasing their effectiveness as good green cause.
Q: For my Product Design Coursework I am designing an environment friendly building according to a clients' specifications. I need to find out the dimensions of 0000 watt solar panels. any help would be much appreciated!
do those even exst that sounds prertty intesnse andn i see amny things that wou;ld go wrong with that i think you should like tone it done a bit that sounds pretty intense tho
Q: Can solar panels be installed on a parking lot or carport?
Yes, solar panels can be installed on a parking lot or carport. In fact, these locations are ideal for solar panel installations as they provide ample space and can generate clean energy while also providing shade and protection for vehicles. This dual-purpose approach helps maximize the benefits of solar energy and optimizes land usage.
Q: Can solar panels be used in disaster relief efforts?
Yes, solar panels can be used in disaster relief efforts. They provide a reliable and sustainable source of electricity, allowing for the operation of critical equipment such as lights, phones, and medical devices. Solar panels can be quickly deployed in affected areas and can help reduce the reliance on fossil fuel-based generators, thereby reducing pollution and the need for fuel transportation.
Q: They have been around long enough to be cheaper. Unless they are made out of a natural material that is rare and hard to find, there is no reason why they should be so expensive. On another note, I think that all low power devices like cell phones and even laptops should have solar panels. Even if it is not enough to fully power the device for a long period of time, it will provide some electricity savings and with millions of people saving a little power adds up.
Photo okorder /... Notice it costs over $200 and it takes up a sizable amount of space. Plus you have to expose it to bright sun light. Over all this is not something the average consumer wants to spend money on or fuss with. If something is expensive, difficult or inconvenient to use then people won't use it. Just the basic economics of such a device limits its sales never mind its functionality and usability. Even if you made a small one buit into the cover to extend the battery you won't get much of an extension and you will increase the cost of your laptop. Consider how people shop, will they buy the more expensive laptop for a questionable amount of battery extension? Mass production can lower costs but in order to mass produce something you need a demand that will consume what you produce. But if no one wants the item because of the aforementioned issues than you can't justify mass producing the item. This is like the classic which came first Chicken or Egg problem, one doesn't happen without the other. Cost reduction doesn't happen without consumer demand. This is where tax incentives, subsidies, low cost loans and energy buyback contracts come into play in order to spur on demand and jump start mass production. You could also make electricity extremely expensive by taxing oil and carbon so that a Solar Cell becomes economically competitive to very expensive electricity. Problem with this option is the negative impact high energy costs have on economic activity. Just look at what happened a couple of summers ago when gas hit $4/gal. To spur on demand we need to incentives the use of Solar cells (and other alternative energy). This can be done through several means such as subsidies, tax incentives, low interest loans, energy buyback contracts etc...
Q: Can solar panels be installed on a pergola or gazebo structure?
Yes, solar panels can be installed on a pergola or gazebo structure. These structures provide a suitable platform for solar panel installation and can help maximize sunlight exposure for energy generation. Additionally, installing solar panels on a pergola or gazebo can serve a dual purpose by providing shade and generating clean, renewable energy.
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?
No, don't connect the panel directly to the battery. You need to isolate the solar panel charging output from the AC-powered charger. A couple of high-current diodes arranged with their anodes connected to the charging sources in the positive supply line will allow either the charger or the solar panel to lift the voltage high enough to charge the battery, albeit with about 0.6 volts dropped across the diode. Both cathode ends would be connected to the battery. This arrangement allows a positive current to flow from either or both charging sources at the same time, although in practice, one will generally be higher than the other. Also, if the AC charger's voltage is significantly higher than the solar panel, the charger may always charge the battery. You would need to regulate its output to be slightly lower than the solar panel when it's near it's minimum useful operating voltage. (note that the 0.6 forward bias voltage on the diode might prevent the solar panel from completely charging the battery if it has any voltage regulation on its output)
Q: I don't remember what number exactly but it's in the single digits. This number represents how efficient solar panels are at capturing the sun's rays and converting it into electricity.Why?
first okorder /
Q: I want to put a solar panel(s) on my roof. What components do I need besides the solar panels? solar power controller? wires? How do I hook it into my home's electrical system and about how much electricity could I generate and save? Would the panels pay for themselves over time? Any help will be appreciated. Thank you!
Solar water heating panels are often heavy, depending on their design. Solar electric panels are rarely heavy - at mabye 3 lbs. per square foot, including mounting racks, they are not much heavier than typical roofing materials. Whether the panels pay for themselves is a highly individualized answer, dependent on your state and local rebates (if any), how much sun your area gets, and the cost of your electricity. Just about any Californian can break even, but it can take 5-20 years. Prices are dropping, so this should get better next year (but federal tax credits expire - could be renewed, a Democratic president would be unlikely to veto). A house that is conservative in electrical usage (this usually means no air conditioners in the summer or electric heat in the winter) generally has enough roof area to supply 00% of its electrical needs. We have 0% of our roof dedicated to panels, and it supplies essentially 00% for us. The best way to get answers to your questions is to ask a few solar companies to do a free analysis and quote on your house. You can always say no. If you're thinking of doing it yourself, that's possible, but not trivial. It's also possible that a professional could install it for less than you could if you bought the parts yourself and installed it yourself. We installed our own, but the experience is a little dated - from 2006. There's a video at the bottom of the page below, if you want to see what we did.
Q: I just connected my 5 Watt 2V solar panel directly to my 300 Watt 2 inverter. It worked for about 2 minutes then it popped (sparks, smoke etc)! What the hell did I do wrong? I thought the solar panel was 2 volts? Can someone with experience with these things help me out?
. A 5 WATT panel can NOT power a 300 WATT inverter. 2. IF using 2 volts, then you need a 2 volt battery in the circuit as well. Panel charges battery which powers inverter. When the inverter pulls more power than the panel puts out, it gets it from the battery until the voltage drops low enough to shut down the inverter. NOTE: SOME cheap units do NOT have protective circuitry, and when the voltage drops, the current rises and burns them up.

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