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|Cell Size:||156*156mm||Frame:||Anodized Aluminum Frame|
|Glass:||3.2mm High Transmission, Low Iron Tempered Glass||EVA:||Excellent Anti-aging EVA|
|Size:||1950*990*45mm||Number Of Cells:||72cells|
|Junction Box:||IP67||Material:||High Efficiency Mono Silicon Solar Cells|
HIGHOUT PUT 320W SOLAR PANEL-- MONOCRYSTALLINE SERIES.
Excellent module efficiency up to 19.58%
Mono crystal solar panel 320W
18V Solar panel
SolarWorld high-quality solar cells
Excellent module efficiency up to 19.58
Dust cover reduces power loss(dirty effect)
Excellent dark light.
IP67 junction box for long-term endurance
Heavy snow loads up to 5400pa
Resistance to fog, ammonia and sand, for seaside farms and desert environments.
Quality and safety:
Industry Leading Online Quality Assurance
Strong 40 mm strong frame, can hold 5400pa load
Resistance to salt fog, ammonia and sand lifting, suitable for seaside, farm and desert environments
25 years linear performance guarantee
|Optimum power voltage(WP):||320w|
|Optimum power voltage(Vmp):||35.6|
|Optimum operating current(Imp):||8.99|
|open circuit voltage(Voc):||44.6|
|short circuit current(Isc):||9.71|
|Max system power(VDC):||1000V(IEC)|
|Working temperature range:||-40℃ to + 85℃|
|Max temperature cofficient:||-0.48%/℃|
|ISC temperature cofficient:||0.015%/℃|
|Rated operating battery:||45+/-2℃|
|Standard test conditions( STC)||1000W/M²; 1.5AM|
|Type of connectors:||MC4|
Materials of solar panel
1).Solar Cell------Mono-crystalline solar cell 156*156mm
2).Front Glass-------3.2mm, high transmission, low iron, tempered glass
3).EVA-------excellent anti-aging EVA
4).TPT-------TPT hot seal made of flame resistance
5).Frame------anodized aluminum profile
6).Junction Box-------IP65 rated, high quality, with diode protection
Superiority: high quality anodized aluminum frame, high efficiency long life, easy installation, strong wind resistance, strong hail resistance.
1. Any large or small connected or off-grid solar power station.
2. Roof systems for commercial and industrial buildings
3. Biochemical system.
4. Any commercial or industrial ground installation system
5. Solar TV sets, solar power generation, solar water heaters, solar street lights, road solar street lights, solar vehicles/electric vehicles, satellites, spacecraft, space solar power stations, energy-saving lights, environmental protection.
Is solar power difficult to use?
Although the production of solar panels incorporates a high-tech manufacturing process, it is really very easy to use a photovoltaic system. Solar panels have no moving parts to wear out, they can be used alone or in combination with other energy sources, and they are silent, reliable and long lasting.
What can you power with Photovoltaics?
A properly designed photovoltaic system can supply electricity for many applications, from small remote lighting needs to megawatts of power for large utility companies. An advantage of photovoltaic power is that it can do anything a traditional power generator can do, only without consuming pollution-causing fuel, or requiring noisy motors.
What is a PV system?
A PV system consists of all the equipment and materials needed to generate solar energy, including solar panels (often called modules), a support structure, wiring, an inverter, a meter and other equipment as required by a specific application. Kelan's PV system for commercial buildings, and ET Solar system for residential uses are examples of complete PV systems.
What is a solar module?
Solar modules are series of solar cells, wired together and enclosed protect them from the environment. They are often referred to as in self-contained glass units to solar panels as well.
How do solar cells work?
Solar cells are solid-state devices in which photons (or packets of light) collide with atoms. This process transforms the resulting into electrons. These electrons flow into wires connected to the cell, thus providing electric current to appliances, lighting systems or other electrical loads; and all of the power comes directly from the sun.
What is Photovoltaic Power?
Photovoltaic (PV) power is a term used to describe the process of converting sunlight into electricity with solar cells. These cells are specially constructed from semiconductor materials, and are treated to generate a flow of electricity when sunlight shines on them.