High-efficiency PV modules that can withstand harsh environments and improve power generation performances of PV systems
As the global-leading manufacturer in the PV industry, AUO has been rated as Top Brand PV in the module category by the market research firm EuPD Research for many years. AUO provides a complete portfolio of mono-crystalline modules; among these, the multi-busbar half-cut module (9BB HCC) incorporating weather-resistant design can exclude over 40% ambient moisture, resists a wind force up to 17, features 12x salt-mist corrosion resistance than conventional modules and is suitable for use in harsh environments like different bodies of waters, strong wind, high moisture, and high salt-mist.
Feature and Technology
Weather-resistant modules that are suitable for various harsh environments, with excellent and stable power generation performance.
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Excellent and stable in power generation performance
MBB HCC (Multi-busbar half-cut cell) technology enhances current collection efficiency and cell micro-crack resistance.
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Excellent PID (Potential induced degradation) resistance
Stable power generation performance to ensure efficiency up to 85% for 25 years.
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Suitable for various harsh environments
The improved design can exclude over 40% ambient moisture. Features 12x salt-mist corrosion resistance than conventional modules, and passes dynamic load testing 4x more stringent than the IEC standard.
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Various safety standards certified
Certified by fire resistance standards including IEC 61730-2 (ANSI/UL 790) and Taiwan CNS standard (VPC) and passed a test standard 3x more stringent than IEC standard.
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Excellent and stable in power generation performance
MBB HCC (Multi-busbar half-cut cell) technology enhances current collection efficiency and cell micro-crack resistance.
-
Suitable for various harsh environments
The improved design can exclude over 40% ambient moisture. Features 12x salt-mist corrosion resistance than conventional modules, and passes dynamic load testing 4x more stringent than the IEC standard.
-
Excellent PID (Potential induced degradation) resistance
Stable power generation performance to ensure efficiency up to 85% for 25 years.
-
Various safety standards certified
Certified by fire resistance standards including IEC 61730-2 (ANSI/UL 790) and Taiwan CNS standard (VPC) and passed a test standard 3x more stringent than IEC standard.
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