100W Sunpower Semi Flexible Solar Panel, 12V Battery Solar Panel Charger

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1000 watt
Supply Capability:
20000 watt/month

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Item specifice:

Material: Monocrystalline Silicon Max. Power(W): 100 Number of Cells(pieces): 32
Size: 1060*540*3mm EVA: alluminum frame

Product Description:

Quick Details

Place of Origin:

Zhejiang, China (Mainland)

Brand Name:

Macro-Solar

Model Number:

MS-M100(32)

Material:

Monocrystalline Silicon

Size:

1060*540*3mm

Number of Cells:

32pcs

Max. Power:

100w

Brand:

Macro-Solar

Junction box:

High quality diode of junction box with TUV certificate

cell:

A grade mono cell

Glass:

High transparent low iron tempered glass

EVA:

Anti-ageing EVA with TUV certificate

TPT:

Excellent anti-climate TPT with TUV certificate

cell size:

1060*540*3mm

Frame:

aluminium frame

Cable:

TUV certificate

Appication:

solar power station,home,street light etc.

Packaging & Delivery

Packaging Details:carton and pallet
Delivery Detail:depend on the quantity

Specifications

55W mono solar panel solar module
We are manufacturer,can do OEM.
Certified to TUV,CE,ISO9001
Warranty:10 years

 

55W   Solar panel Solar Module 

 

ITEM NO 

MS-M100(32)

Type of cell

Mono

Maximum power (Wp)

100W

Maximum power voltage (V)

18V

Maximum power current (A)

3.05A

Open circuit voltage (V)

21.6V

Short circuit current (A)

3.29A

Number of cells (Pcs)

36

Size of module (mm)

 

1060*540*3mm

Maximum system voltage (V) 

1000

Temperature coefficients of Isc (%)

+ 0.1/ °C 

Temperature coefficients of Voc (%)

-0.38/ °C 

Temperature coefficients of Pm (%)

-0.47/ °C 

Tolerance Wattage (e.g. +/-3%)

+/-3%

Surface Maximum Load Capacity

60m/s(200kg/sq.m)  

Weight per piece (kg)

2.00kg

Junction Box Type

( TUV )

Connectors and Cables Type

(TUV)

Length of Cables (mm)

900mm

Cell Efficiency (%)

15.5%

Output tolerance (%)

+/-3%

Frame (Material, Corners, etc.)

Aluminum

Warranty

10Years products warranty and 25 years 80% of power

Standard Test Conditions

AM1.5  100mW/cm2  25°C 

FF (%)

72%

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Advantages

Reason:

We enjoy exclusive channel to get stock solar panels at more competitive price from Trina,Hanwha,Yingli,LDK,Suntech etc.

These panels are from tier 1 solar panel manufacturers,such as Trina,Hanwha,Yingli,LDK.They are assembled with all grade A materials,only problem is that they has slight appearance defect,but due to their strict quality control,even the negligible defect will lower its grade.so they put these panels into stock.

 

Quality

These panels adopt all grade A materials,such as solar cell,EVA, back sheet, junction box, glass,frame,connector etc.

They have same electrical performance with grade A solar panels,only difference is the negligible superficial defect.

 

Our Service

Pre sale:

1.Our sales representative and engineer work together to answer your questions and offer solution for free

2.We choose the best product for you to make sure it worth its real value

3.We design the best solution with good perfomance for you,manwhile save every cent of your money.

After sale:

We provide 10 years Warranty for the product, 12 years warranty for 90% power production ,25 years warranty for 80% power production.

 

Basic Information

Business Type:Manufacturer, Trading Company  
Main Products:Solar Panel,Solar System,Solar Application Products,solar LED  
Number Of Employees:101 - 200 People  

Trade & Market

Main Markets:Domestic Market
South Asia
Southern Europe
Northern Europe
Western Europe
Eastern Asia
Mid East
Oceania
Africa
Southeast Asia
Eastern Europe
South America
North America
Total Annual Sales Volume:Above US$100 Million  
Export Percentage:91% - 100%  
Trade Shows:Enersolar+Brasil   Intersolar Euro   Intersolar Euro    

Factory Information

Factory Size (Sq.meters):Above 100,000 square meters  
Factory Location:No.138 Caoqiao Street, Pinghu city, Zhejiang Province, China  
No. of Production Lines:7  
Number of R&D Staff:11 - 20 People  
Number of QC Staff:5 - 10 People  
Certifications:ISO9001
Contract Manufacturing:OEM Service Offered   Design Service Offered   Buyer Label Offered  

100W Sunpower Semi Flexible Solar Panel, 12V Battery Solar Panel Charger

100W Sunpower Semi Flexible Solar Panel, 12V Battery Solar Panel Charger

100W Sunpower Semi Flexible Solar Panel, 12V Battery Solar Panel Charger

100W Sunpower Semi Flexible Solar Panel, 12V Battery Solar Panel Charger

 

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Q:Whats the annual energy output of the average solar panel.?
The energy output is highly dependent on the location. For a specific area, you can look up the equivalent peak sun hours per day here: rredc.nrel.gov/solar/old_data/nsr... Let's say that it says the peak sun is 5 hours / day in your location. Then a typical 200-watt panel would have 5 x 200 = 000 wH = .0 kWh per day, or 365 kWh annually. The tables above already take into account average cloudy days, and seasons. A typical size installation would have perhaps 6 of these panels, but it could be less, or much more.
Q:How can I make a sun tracker for a solar panel?
tbls0 has a good idea for the tracker, but let's take this one step farther. A clock motor large enough to move a solar panel, unless it is a very small one is going to be large, and expensive. Use the timer motor, as suggested, but attach a slotted disk to it, with a light source on one side, and a detector on the other side. As each slot comes up and allows light to pass through, this creates a one shot pulse which is used to cause a stepper motor to move position to keep the panel aimed at the sun. At the end of the panel travel for the end of the day, a switch could be set to close, bypassing the step control to put the motor into full constant speed reverse, this causing the panel to swing back to the morning position. The whole affair gets it's start up call by means of a light detector, similar to those used to turn lights off at sun up. The control would, of course be set to turn the system on to track the sun during the day. While some digital control is going to be needed, the system would not need a computer to run it.
Q:solar panels disconnected from battery?
Know that solar panels almost always incorporate a blocking diode to prevent a battery from back-feeding through an un-illuminated panel. Know that solar panels are usually connected to a battery via an electronic switching charge controller, not directly connected. Know that when a solar panel is open-circuited (disconnected from everything) it's terminal voltage will rise to almost twice it's nominal voltage. (22V is common for a 2V panel), unless it is stored in total darkness.
Q:what kind of rays are used in solar panels?
Ultra Violet rays from the sun.
Q:How to hook up a Solar Panel To a single outlet?
That solar panel puts out about amp (in round numbers). If you are talking about a 20vac outlet, you'll have to send the output of the solar panel through an inverter. That brings it up to 20vac. 20 watts at 20 volts means you'll only be able to draw 0.6667 amps. With an inverter at 85% efficiency, you'll only get about 0.4 amps. That would barely light a CFL. 20 watts of power at 7 volts = amp (in round numbers) 20 watts of power at 20vac = 0.6667 amp (in round numbers) Power (watts) = current x voltage. If you increase voltate, you must decrease current to get the same watts. Watts is the common denominator in power measurement.
Q:How much for a 8kwh solar panel system?
Figure 8 hours of sun per day, so 8 kW-hr is a rate of kW, which is a medium sized panel, probably not enough to operate your house totally, unless you have a very small unit. Averaged over 24 hours, that is power at a rate of only 300 watts, enough for a TV. Average US home use is .2 kW, which over 24 hours is 29 kW-hr, plus you need extra for cloudy days, peak demands, and to charge batteries. You have to decide off-grid or on-grid, and if you want to (and are allowed to) sell excess power to the power company. Off gird, the cost of batteries and charge controller are a large part of the cost. On-grid, you have to purchase equipment approved by the power company to match your power with the grid. Panels will cost about $3 per watt, so for 000 watts that is $3000. Double that for installation, then add in cost of charge controller, inverter, batteries, etc. The last items depend on your alternatives, see paragraph above. .
Q:how can i build my own, cheap, solar panels at home?
I have been researching solar electric (photovoltaic) for a while now and find that the up front cost will generally take 0 or more years to pay back. While the life expectancy is 30+ years, giving you 20 years of free energy, most people don't have the initial 20-30,000 start up cost. I've found that wind turbines can be built fairly inexpensively and parts can be easily obtained. The trade off is that wind turbines require maintenance and you also need to be in a reasonably windy area, many municipalities will have restrictions that will impact your ability to put one up as well. The batteries/converters to store/convert your power from DC to AC can also get expensive. Good Luck and thanks for being Earth Friendly and cost conscious! Let's hope that the cost of these products begin to decline as usage increases and new technology develops.
Q:What is the principle of solar panels work?
light - heat - electric conversion method through the use of solar radiation generated by thermal energy, usually by the solar collector will absorb the heat into the refrigerant refrigerant, and then drive the turbine power generation. The previous process is the light-heat conversion process; the latter process is the thermo-electrical conversion process.
Q:Solar panels for home info?
Of the practical technologies, crystalline silicon is still king. There have been improvements in manufacturing efficiency and price, but the fundamental technology is unchanged. For the past couple decades, there have been startups claiming that they will have a breakthrough available in 2 years, but so far, nothing has beat crystalline silicon for general applications. The appeal of thin-film was its cost, at the penalty of efficiency, but when the prices of crystalline plummeted, the cost argument went away. That wasn't the only problem Solyndra had, but it contributed to the company's demise. Organic solar cells show promise, and might ultimately be very cheap to manufacture, as they don't involve the high-temperature processing that semiconductors do. The main problem today is that they're not stable at the temperature of a hot roof. But then again, a few years ago, organic LEDs were the same way, and now they're commonplace in big TV's. Only time will tell. From a homeowner's standpoint, the install is routine, but still best done by professionals. It's like putting a new roof on a house, or wiring in central air conditioning. For most, it's better to call a pro.
Q:Why should I use solar panels?
If you're asking from an individual standpoint, I'd say it's an individual decision, and no, it's not necessary, any more than it's necessary to buy milk at Costco instead of 7-. If an individual is facing the tradeoff of paying rent or eating, solar panels won't even make the list. On the other hand, if one has money, the best time to buy just about anything is when the economy is bad, because then prices are low, competition is fierce, and installers are hungry for work. If your question is more, why should we as a society use solar panels, that's forward looking. Why didn't GM design and agressively market a Prius-like hybrid 0 years ago? Looking back, they should have.

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