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Basic Info.
Model NO.
166mm Series
Product Name
Solar Panel
Keywords
Monocrystalline Solar Panel
Cell Size
166mmx166mm
Panel Efficiency
19.8%~20.2%
Solar Cell
Mono Perc 210mm
Frame
Anodized Aluminium Alloy
Weight
27.3kg
Type
Perc / Half Cell
Glass
3.2mm Coated Tempered Glass
Features
High Efficiency
OEM Order
Yes
Cable
4mm2
Junction Box
IP68
Frame Color
Silvery or Black
Certificate
TUV CE
Transport Package
Standard or Customized
Specification
Standard Or Customized
Trademark
Ulela
Origin
Dezhou, China
Production Capacity
100000
Product Description
Product BackgroundSolar Energy: The Sun Is A Huge Energy Source. It Emits About 3.8×10MW Of Energy Into Space Every Second In The Form Of Light Radiation, And One Part Of 2.2 Billion Is Projected On The Earth. After The Sunlight Is Reflected And Absorbed By The Atmosphere, 70% Is Transmitted To The Ground. Nevertheless, The Solar Energy Received By The Earth In A Year Is Still As High As 1.8×10KW·H. Since The Formation Of The Earth, Organisms Have Mainly Survived On The Heat And Light Provided By The Sun. Since Ancient Times, Humans Have Also been Known To Use Sunlight To Dry Objects And Use It As A Method Of Preserving Food, Such As Making Salt And Drying Salted Fish. But With The Reduction Of Fossil Fuels, There Is An Intention To Further Develop Solar Energy. There Are Two Ways To Utilize Solar Energy: Passive Utilization (Photothermal Conversion) And Photoelectric Conversion. Solar Power Is An Emerging Renewable Energy Source. In A Broad Sense, Solar Energy Is The Source Of Many Energies On The Earth, Such As Wind Energy, Chemical Energy, Potential Energy Of Water, And So On.
Monocrystalline Solar Panel
A Monocrystalline Solar Panel Is An Assembly Of Several Monocrystalline Silicon Solar Cells Assembled On A Board In A Certain Way. The Photoelectric Conversion Efficiency Of Monocrystalline Silicon Solar Cells Is About 15%, And The Highest Reaches 24%. To Use. Since Monocrystalline Silicon Is Generally Encapsulated With Tempered Glass And Waterproof Resin, It Is Durable And Its Service Life Can Generally Reach 15 Years, And The Maximum Can Reach 25 Years. It Is Mostly Used In The Production And Use Of High-Quality Solar Lamps, And The Charging Conversion Efficiency Is Higher Than That Of Polycrystalline Solar Panels.
Common Classification
Crystalline Silicon Solar Panels: Polycrystalline Silicon Solar Cells, Monocrystalline Silicon Solar Cells.
Amorphous Silicon Panels: Thin-Film Solar Cells, Organic Solar Cells.
Chemical Dye Cells: Dye-Sensitized Solar Cells.
| Main Components | Tempered Glass |
| EVA | |
| Cell | |
| Backplane | |
| Aluminum Alloy Protective Laminate | |
| Junction Box | |
| Silicone |
