IBC Solar Module
(4)
390W 395W 400W Ibc N Type Solar Panels 166x83mm Half Cell ANDROMEDA 3.0 Elegant Series SPICN6(LAR)-60/IH
Price: Negotiated
MOQ: Pallet
Delivery Time: 10-30days
Brand: SANGSOLAR
High Light:Ibc N Type Solar Panels 166x83mm, 400W Ibc N Type Solar Panels, Half Cell n type ibc solar panels
Product Description:One of the key features of the IBC solar cell is its temperature coefficient of voltage which is -0.28%/°C. This means that the voltage output of the cell is relatively stable even at high temperatures. In addition, the temperature coefficient of current is 0.04%/°C, which ensure... View More
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IBC 3.0 High Efficiency Series IBC Solar Module CN6(LDF)-72/BIH 480W 485W 490W
Price: Negotiated
MOQ: Pallet
Delivery Time: 10-30days
Brand: SANGSOLAR
High Light:IBC Solar Module 480W, IBC Solar Module 490W, IBC 3.0 Solar Module
Product Description: The IBC solar cell boasts an impressive cell efficiency of up to 22%. This means that our product can convert more sunlight into usable energy, providing greater power output for your solar energy system. Our solar cell also features an anti-reflective coating on the front surfa... View More
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IBC Solar Module ANDROMEDA 3.0 Elegant Series CN6(LAR)-66/IH 430W 435W 440W ibc solar cell
Price: Negotiated
MOQ: Pallet
Delivery Time: 10-30days
Brand: SANGSOLAR
High Light:IBC Solar Module 435W, ibc solar cell 440W, andromeda solar panel 430W
Product Description: One of the standout features of the IBC solar panel is its operating temperature range. With a range of -40°C to +85°C, these panels can withstand extreme weather conditions, making them ideal for use in areas with harsh climates. The front surface of the IBC solar panel has an ... View More
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ANDROMEDA 3.0 Elegant Series Ibc Solar Panel CN6(LAR)-60/IH 385W 390W 395W
Price: Negotiated
MOQ: Pallet
Delivery Time: 10-30days
Brand: SANGSOLAR
High Light:ANDROMEDA 3.0 ibc solar panel, ibc solar panel 385W, ibc solar cell 395W
Product Description: The IBC PV cell has a unique design in which all the electrical contacts are at the back of the cell, leaving the front surface free from shading and obstruction. This design feature makes the IBC PV cell more efficient than traditional solar cells, as it reduces the reflection ... View More
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