• 156mm Grade B Solar Panel Moudle High Efficiency System 1
  • 156mm Grade B Solar Panel Moudle High Efficiency System 2
  • 156mm Grade B Solar Panel Moudle High Efficiency System 3
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156mm Grade B Solar Panel Moudle High Efficiency

156mm Grade B Solar Panel Moudle High Efficiency

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1000 watt
Supply Capability:
10000000 watt/month

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Item specifice

Material:
Monocrystalline Silicon
Max. Power(W):
290
Number of Cells(pieces):
60

156mm Grade B Solar Panel Moudle High Efficiency


- TUV IEC, MCS (UK), CE, CEC (Australia), INMETRO, IDCOL, SONCAP CERTIFIED

- [EU ANTIDUMPING DUTY-FREE] 

- PROFESSIONAL SOLAR PANEL MANUFACTURER SINCE 2004 

 

FEATURES

`Long Service Life

`High Efficency Solar Cells

`Special Aluminum Frame Design

`High Transmission,Low Iron Tempered Glass - TUV IEC, MCS (UK), CE, CEC (Australia), INMETRO, IDCOL, SONCAP CERTIFIED

- [EU ANTIDUMPING DUTY-FREE] 

- PROFESSIONAL SOLAR PANEL MANUFACTURER SINCE 2004 

 

FEATURES

`Long Service Life

`High Efficency Solar Cells

`Special Aluminum Frame Design

`High Transmission,Low Iron Tempered Glass

`Advanced Cell Encapsulation

 

APPLICATIONS

`Solar power stations

`Rural electrification, Small home power systems

`Power supply for traffic, security, gas industry

`12V and 24V battery charging system

`Other industrial and commercial applications

 156mm Grade B Solar Panel Moudle High Efficiency


ELECTRICAL CHARACTERISTICS 
Model Number                           
KM(P)275KM(P)280KM(P)285KM(P)290KM(P)295KM(P)300
Maximum Power as per STC     Pmax(W)275280285290295300
Power Tolerance                        %±3% 
Maximum Power Voltage            Vm(V)36.4336.5636.7236.7936.9337.15
Maximum Power Current             Im(A)7.557.667.777.897.998.08
Open Circuit Voltage                  Voc(V)43.742.9244.0644.2144.3544.5
Short Circuit Current                  Isc(A)8.18.178.238.338.418.72
Maximum System Voltage           VDC1000
Cell Efficiency                            %15.716.016.316.616.817.1
Module Efficiency                  %14.214.514.715.015.215.5
Cells per Module                         Pcs72
Cell Type                                     
Polycrystalline silicon
Cell Size                                       mm156 x 156 
Bypass Diodes                             Pcs12Amp, 6 pcs
Max. Series Fuse Rating              A15A
Temperature coefficient of Isc      %/°C0.05
Temperature coefficient of Voc    %/°C-0.35
Temperature coefficient of power %/°C-0.47
NOCT- Nominal operating cell temperature °C47 ± 2
Operating Temperature              °C-40 ~ +85
MECHANICAL CHARACTERISTICS 
Dimensions                      mm1954 x 990 x 50
Weight                                       Kg23.5
Type of Junction Box                 
TUV certified, IP65
Cable Type, Diameter             
TUV certified, 4mm2, 90 cm in length
Connector                                  
compatible to Type 4 (MC4)
Tempered Glass                    
3.2 mm, high transmission, low iron

156mm Grade B Solar Panel Moudle High EfficiencyPacking 

156mm Grade B Solar Panel Moudle High Efficiency

FAQ

1. What kind of Solar Cells does it have

---poly crystalline 156*156mm and 125*125mm or mono 125*125mm and 156*156mm

 

2. Is the front panel Glass or Plastic

---Tempered glass 3.2mm thickness or adjust to what you need, Light transmittance up to 95%.

 

3. Does it meet Europe Standards for Solar Energy

---This is TUV approval products, all the producing procedure apply TUV&UL.

 

4. What is the Efficiency level

--- Between 16-18.9% for solar cells.

 

5. What is the Nominal Voltage

--- 18v 20v 24v 36v 30v 48v , and so on, we can adjust to what you need.

 

6. What is the Warranty Period, How many years?

Power efficiency warranty:

---90% in 10 years; 80% in 25 years.



Q:Monocrystalline panels are sooo expensive! Thanks for reading.
Since you are asking for a rather technical answer you should be aware that solar panels come in several varieties. Two broad categories are photovoltaic panels which have achieved marketable efficiencies of around 24% and solar thermal panels which are routinely achieving efficiencies of between 60 to 80% while they are also much cheaper than photovoltaic panels. So the short answer is solar thermal panels. But what can you do with solar thermal energy. The answer is just about everything you can do with light energy. Sometimes additional equipment makes the efficiency drop to near that of photovoltaic panels. The trick is to keep the devices as simple and as efficient as possible. Solar thermal can of course be used to heat our homes. But it can also be used directly for air conditioning. The type of air conditioner uses a slightly different principal but it is one of the oldest that was once used in ice houses before refrigerators. It is known as an absorption system. At some point you may want to make electricity from the sun's heat. The most efficient commercial systems are not photovoltaic but solar thermal. There are several commercial systems where increased scale improves efficiency. The most efficient is a solar parabolic dish system combined with a stirling engine. At around 30% efficiency it beats photovoltaic and other thermal systems. At this level of commercial development, the various systems are more often described as solar collectors rather than panels.
Q:Can solar panels be used in areas with limited sunlight?
Yes, solar panels can still be used in areas with limited sunlight. While solar panels are most efficient in areas with abundant sunlight, they can still generate electricity even in areas with limited sunlight. However, their output may be lower compared to areas with more sunlight. Additionally, advancements in solar technology, such as the use of more efficient panels and energy storage solutions, have made it more feasible to use solar panels in areas with limited sunlight.
Q:Can solar panels be used for powering outdoor lighting?
Yes, solar panels can be used to power outdoor lighting. Solar panels absorb sunlight and convert it into electricity that can be stored in batteries. This stored energy can then be used to power outdoor lights, making them a sustainable and cost-effective option for outdoor lighting.
Q:Is there a material that is capable of absorbing enough UV radiation to make it worth using as a flexible solar cell?Not flexible as in aluminum, but a material such as plastic (polycarbonate).
Yes it depends on the material of the bearings fixed, on the to be Moved pivots!/--Fulcrums/turning points/hinges.etc. but the wiring for commands has to reach them keeping them moveable in unhospitibale temperatures.The heating effect of an electric current is benificial too.
Q:Can solar panels be installed on outdoor event venues?
Yes, solar panels can be installed on outdoor event venues. Solar panels are versatile and can be mounted on various surfaces, including rooftops, canopies, and even the ground. Installing solar panels on event venues can help generate clean and renewable energy, reducing reliance on traditional power sources and minimizing carbon emissions. Additionally, solar panels can provide shade and protect attendees from the sun, creating a more comfortable environment during outdoor events.
Q:Can solar panels be installed on a telecommunications tower or antenna?
Yes, solar panels can be installed on a telecommunications tower or antenna. In fact, many telecommunications companies are increasingly adopting this approach to power their equipment and reduce reliance on traditional energy sources. Solar panels can effectively generate electricity for the tower's operations, making it more sustainable and environmentally friendly.
Q:How do solar panels affect the property's LEED certification?
Solar panels can have a positive impact on a property's LEED certification as they contribute towards earning points in several categories such as Energy and Atmosphere, Sustainable Sites, and Innovation in Design. By generating renewable energy and reducing the property's carbon footprint, solar panels can help achieve higher energy efficiency, promote sustainable land use, and demonstrate innovative practices, ultimately boosting the property's LEED certification level.
Q:I am starting to think about solar panels as an option for my home. I have done some research on panels, to be honest its all very confusing. There are many different panels some with 60 watts some all the way up to 20 watts. My household currently uses about 2700 to 3400 kWh every two months. So based off of my power usage maybe you can answer some of the following questions:What kind of panels should I be looking at?Which panel manufacturers give the best bang for the buck (reliable/affordable)?Anything else I should be concerned about?I am just starting out in educating myself on solar power so please excuse me if I sound very naive. Any information that you may have will be helpful. Thanks in advance.
I'm not an expert, but I recently went through the process and now have a system on my home. I got 3 quotes from 3 licensed contractors and they all seemed to be about the same, the prices seemed to be based on the amount of energy they produced. In CA and I'm sure everywhere else they are tested by an independent agency which rates the output of the panels. You seem to have similar usage as my house, I got a 3.75kwhdc unit, it isn't expected to eliminate my bill, but it should reduce it by quite a bit. I've only had it for a few months and it took me from about 45 kwh per day to around 0. I know I'll have lower output in the winter, but my usage is lower in the winter as well. I decided on this size unit to maximize my rebates and I can take advantage of my utilities rebates when I add to the system in a few years. The difference between panels seemed to be how big they were. Some systems can be twice the size and produce the same amount of energy. I put a couple links below that I found helpful. The roseville pv buy down program has some great links that give information about specific systems.
Q:I am moving to Hawaii and the house we are living in has independent electricity. (solar panels and gas powered generators.)
specific. fairly, here is what you % (i'm holding this ordinary on objective): The panels themselves -- how large a close-by relies upon on effortless potential intake and how plenty potential you will get on effortless. That, in turn , relies upon on climate. you would be wanting extra in Seattle than Tuscon, as an occasion. i could wager something in the neighborhod of 0 sq. ft. relies upon additionally on haow many units (printers, etc.) you have. you would be wanting a potential storage device. Lithium components the perfect poser density (of off-the-shelf stuff) yet an effortless motor vehicle battery works properly and is sturdy. And, of course, a administration device to administration the potential technology/storage/use so each little thing works collectively with out that stressful scent that tells you you in undemanding terms cooked some hundred greenbacks properly worth of equuipment! :)
Q:I know the basics of how solar panels work. Solar panels convert sunlight into DC electricity which is stored in batteries which would need to be run through an inverter to convert it to household AC. But is there a way for the appliances to use the solar panels electricity FIRST and any additional power from the grid? Is that how it works or do they only run specific devices(water heater, pool pump, etc)?
You okorder /... Click on the box that says schematic to see how everything goes together. You need to talk to your electrical inspector to see what their requirements are for installation. You also need to have a net metering agreement with your electric company to connect to the grid. You are probably going to require a professional solar installer. Her's a list of NABCEP certified installers in your state. :)

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