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Product Details:
Payment & Shipping Terms:
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Solar Cell: | A Grade | Glass: | 3.2mm Low Iron Tempered Glass |
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Frame: | Anodized Aluminum Alloy | Safety Class: | Class II , IEC61215 Standard |
Snow Load: | 5400Pa | Wind Load: | 2400Pa |
High Light: | polycrystalline solar module,polycrystalline silicon solar panel |
130 W 18V Poly Solar Panel Safety IEC61250 / IEC61730 Certified
1> Quick Details
2> Specifications
Solar Cells
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36(4×9) polycrystalline cells156mm |
Front Cover
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3.2mmthick low iron tempered glass |
Back Cover
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TPT(Tediar-PET-Tediar) |
Encapsulant
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EVA(Ethylene vinyl acetate) |
Frame
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Anodized aluminum alloy, double wall |
Diodes
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3 Bypass diodes serviceable |
Junction Box
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IP65 rated, TUV certification |
Connector
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MC4 or compatible connector |
Cables
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Length:1000mm,/Section:4.0mm2 |
Dimension
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1470*670*30(mm) |
Weight
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12KGS |
Max Load
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5400Pa |
3> Quality Control
4> Features:
5> Techinical points of Solar Panels
This refers to the percentage variation in the panel’s power production. A positive power tolerance means that the panel will produce at or above what it is labelled. E.g. a 200W with a 5% positive power tolerance will produce anywhere between 200W and 210W. The same panel with a negative power tolerance will produce anywhere between 190W and 200W.Solar cells with a positive power tolerance are selected by higher quality manufactures and generally indicates a higher quality panel.
As counterintuitive as it sounds; solar panels don’t work as well in higher temperatures. A measure of how much production a panels loses once it gets hotter than 40 degrees is the Temperature Co-efficient. For every 1 degree over 40 degrees, Suntech panels for example will lose 0.45% production – This is around what most panels lose so don’t be too concerned plus this is factored into the productions figures given for each city.When looking at panels, go for one with a lower percentage or temperature co-efficient as it indicates a better quality panel.