• Engie Solar Panels - PV Solar Module, High Efficiency A/B Grade 156*156/125*125 Solar Cell System 1
  • Engie Solar Panels - PV Solar Module, High Efficiency A/B Grade 156*156/125*125 Solar Cell System 2
Engie Solar Panels - PV Solar Module, High Efficiency A/B Grade 156*156/125*125 Solar Cell

Engie Solar Panels - PV Solar Module, High Efficiency A/B Grade 156*156/125*125 Solar Cell

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
1 pc
Supply Capability:
10000000 pc/month

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Quick Details

Place of Origin:

Guangdong China (Mainland)

Brand Name:

Felicitysolar

Model Number:

FLS-M-300W

Material:

Monocrystalline Silicon

Size:

1954*992*40mm

Max. Power:

300w

weight:

25kg

Warranty:

5 years

Current max power:

8.33A

Voltage max power:

36.0V

Short cicuit current:

9.58A

Open circit voltage:

41.6V

Temperature range:

-40℃ -- +85℃

OEM:

avaliable

Packaging & Delivery

Packaging Detail:2 pcs/ piece
Delivery Detail:Whitin 18 days after recevie the deposit.

Specifications

monocrystalline solar module
1.High efficiency,energy saving,use safe.
2.Easy handle,high quality,low price,good after service

Solar Module

 

SPECIFICATION

 

Model No.:FL-P250

Max.Power(±5%)[Pmax]

300Wp

Current Max.Power[lmp]

8.33A

Voltage Max.Power[Vmp]

36.0V

Short Circuit Current[Isc]

9.58A

Open Circuit Voltage[Voc]

41.6V

Max.System Voltage

1000VDC

Cell Technology

Polycrystalline

Module dimension

1954x992x40mm

Weight

25.0Kg

 

All technical data at standard test condition:AM=1.5, E=1000W/m2℃

Produced in correspondence with international safety standards.

WARNING:HAZARDOUS ELECTRICITY!

CAN SHOCK,BURN OR CAUSE DEATH. Do not touch terminals

 

 

PRODUCT DISPLAY

 

 

PRODUCT STRUCTURE

 

1. glass

 Its main role is to protect the power generation ( solar cells ) , there is a selection of light transmittance requirements : 1 ) must be high transmittance (typically 91% or more ) ; 2 ) super white steel processing.

 

2. EVA

 For bonding glass and power generation fixed body ( such as cells ) , transparent EVA material directly affect the life of components exposed to the air EVA prone aging yellow , thus affecting the transmittance components , thus affecting in addition to generating the quality of the components itself, the quality EVA lamination process on the component manufacturers is also very large, such as EVA plastic viscosity of non-compliance , EVA and glass, back bonding strength is not enough, can cause premature aging EVA, the affected component life.

 

3. Solar cells

 The main role is to generate electricity , the electricity is the main market mainstream film crystalline silicon solar cells , thin-film solar cells , both have their advantages and disadvantages . Crystalline silicon solar cells , the equipment costs are relatively low , but the high cost of consumption and cells , photoelectric conversion efficiency is high, the next generation in outdoor sunlight is more appropriate ; higher thin-film solar cells , the relative cost of equipment , but the cost of consumption and battery low, relatively low photoelectric conversion efficiency of crystalline silicon solar cells , but the effect is very good low-light , in the ordinary light can also generate electricity , such as solar calculator .

 

4. backplane

 Sealing, insulation , water ( usually with TPT, TPE , etc. ) the material must be resistant to aging , component manufacturers generally have warranty for 25 years , tempered glass, aluminum is generally no problem , the key lies in whether the backplane and can meet the requirements of silica gel.

 

WORKING PRINCIPLE

 

  Solar panels solar power system is the core part of the solar system, the highest part of the value . Its role is to convert solar energy into electrical energy stored in batteries or sent to , or promote the work load .

 

    When the p -type semiconductor and n -type semiconductor when combined together into a tight , at the interface between the p-n junction is formed . When the cell is irradiated with sun light in the p-n junction is formed on both sides of the positive and negative charge accumulation , the photovoltaic generation of the formation of the internal electric field , which is " photovoltaic effect ." Theoretically, this time, if the electric field on both sides of the built-in and lead-out electrodes connected to an appropriate load , the current will be formed , will be obtained on the load power . The solar cell module is the use of electronics to achieve characteristics of the semiconductor material of solid P-V conversion means . Which is the photovoltaic solar battery works .

 

 

PRODUCT ADVANTAGE

 Advantages

1.High power, high efficiency

2. Long lifespan, energy saving, environmental-friendly

3. Advanced technology, exquisite workmanship

4. Easy installation, free maintenance

 

 

 

 

FAQ

 

[Q:] what is the solar module? [A:] solar panels by cells, components of the border, toughened glass, packaging materials and the junction box and so on, a piece of board can use sunlight to power generation.

[Q:] what is the solar cell (plate)? [A:] solar cell (plate) is a use of solar power photoelectric semiconductor wafer.

[Q:] types of solar panels? [A:] Solar panel common mainly single crystal, polycrystalline,amorphous three materials. Among them, the best single crystal,high efficiency, the price is high; polycrystalline low efficiency of 2%,the price almost, this two kinds of life for more than 25 years;amorphous low efficiency, short life, but the price is cheaper. From the cost point of view, the highest or single crystal.

[Q:] Standard test conditions of solar cells [A:] Power solar panels is in standard condition: temperature of 25 degrees, AM1.5, 1000W/M2 under test. General use WP (WP) said,you can also use the W (W) said. Power test in this standard is called the nominal power.

[Q:] solar panel is how to work? [A:] solar panels can produce current  in a certain intensity ofillumination, the electrical appliance can be used. The premise is the unit of current time than electrical consumption. In practical application, the direct use of the situation is less. Generally the whole system to use.

 

Q: Can solar panels be used on commercial buildings?
Yes, solar panels can be used on commercial buildings. In fact, many businesses are embracing solar energy to reduce their carbon footprint and save on electricity costs. Installing solar panels on commercial buildings not only helps generate clean and renewable energy but also provides long-term financial benefits for businesses.
Q: Can solar panels be installed on forests or protected areas?
Yes, solar panels can be installed on forests or protected areas, but it requires careful planning and consideration to minimize the impact on the environment and wildlife. The installation should be done in a way that avoids clearing large areas of trees and minimizes disturbance to the local ecosystem. By adopting best practices and consulting with experts, solar panels can be installed on forests or protected areas in a sustainable and responsible manner.
Q: How do solar panels affect the property's energy resilience?
Solar panels can greatly increase a property's energy resilience by generating clean and renewable electricity on-site. By harnessing the power of the sun, solar panels provide a reliable source of energy that can offset or even eliminate the need for grid-supplied electricity. This reduces dependence on fossil fuels and the vulnerability to power outages or price fluctuations. Additionally, solar panels can often store excess energy in batteries, allowing for uninterrupted power supply during emergencies or blackouts. Overall, solar panels contribute to a more resilient and self-sufficient energy system for the property.
Q: There are places in the US where it is sunny almost all the time, like the southwest. But if we covered an area of the Sahara with solar panels, the sun exposure with the area would generate enough energy for the whole US at least. Plus, I would imagine it would be a great source of income for those countries.Why isn't this a topic under discussion or even mentioned between countries' governments/in Congress/in politicians' viewpoints?
In the past, it was not economically feasible to mass produce solar panels. Because the costs associated with making them didn't outweigh the energy saved. But, there has been many recent technological breakthroughs with solar panel technology that makes mass production realistic. Just remember, even though we may have all of this great technology; in order for it to hit the public market, it has to make business sense. This pertains to big energy such as coal, gas, and oil; in the fact that current market sentiment favors green products. This means that since the market really likes green products and ideas, there is going to be a push towards greener sources of energy like solar panels.
Q: Do solar panels require a battery?
No, solar panels do not require a battery. They generate electricity directly from sunlight and can feed the excess energy back into the grid. However, a battery can be used to store the excess energy for later use when the sun isn't shining.
Q: I am told there are night vision goggles to see at night due to invisible light still hitting earth. I am also told that there are other beams, x-rays etc hitting earth.Why couldn't they invent a solar panel with dual power in the day?It could harness both visible and invisible light, and at night be single?Anyone know why they can't make an invisible light solar panel?Is this possible?What happens if future cars have night vision windshields instead of lights?
They are actually working on building photovoltaic panels (Photovoltaic is actually the correct term for sunlight--electricity. Ordinary solar panels are those that use sunlight to heat water) that harness a larger range of wavelengths. From what I can gather the problem is either finding a material that absorbs more wavelengths, or finding a way to get multiple materials to coexist in a single panel. This situation will no doubt improve over time as new things like Nanotechnology give us the ability to create much more complex substances designed at the molecular level for light capture. Panels that can harness a wider range of the spectrum do exist, but the technology is in its infancy, and therefore expensive and not widely known. This isn't too surprising when you consider that Photovoltaic technology itself hasn't been in the mainstream all that long. I am a bit doubtful of photovoltaics that work at night, for the simple reason that at night there is less of *every* kind of energy falling on earth. Less visible light, infrared, etc. Infrared just happens to be particularly good at giving away hot objects, which is how Night Vision goggles work. For the same reason, a night vision windshield might be a very useful tool, but it would still have difficulty picking out colder objects, and those that reflected less infrared light. In other words, you might see cars and pedestrians, but you could easily miss the upcoming embankment 0.o .
Q: Can solar panels be used in areas with high wind speeds?
Yes, solar panels can be used in areas with high wind speeds. However, it is important to consider the structural integrity of the mounting system to ensure that the panels can withstand strong winds. Additionally, proper installation and maintenance are crucial to ensure the longevity and efficiency of the solar panels in such conditions.
Q: Can solar panels be used to power a zoo?
Yes, solar panels can be used to power a zoo. Solar panels can generate electricity by converting sunlight into energy. This renewable energy source can effectively power various operations within a zoo, including lighting, heating, cooling, and powering animal enclosures, as well as other facilities such as gift shops and food stands. By utilizing solar panels, zoos can reduce their dependency on fossil fuels, lower their carbon footprint, and contribute to a more sustainable and environmentally friendly operation.
Q: Can solar panels be installed on train stations?
Yes, solar panels can be installed on train stations. In fact, many train stations around the world are adopting solar energy systems to power their operations and reduce their carbon footprint. Solar panels are installed on the roofs or canopies of train stations to harness sunlight and generate electricity, which can be used for lighting, heating, cooling, and other station facilities. This renewable energy source makes train stations more sustainable and helps in the transition towards a greener transportation system.
Q: How much roof space is needed for solar panels?
The amount of roof space needed for solar panels depends on several factors, such as the size and efficiency of the panels, the energy needs of the household or building, and the available sunlight in the area. Generally, it is recommended to have around 100 to 400 square feet of unshaded roof space per kilowatt of installed solar panels. It is best to consult with a solar professional to determine the exact roof space requirements for your specific situation.

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