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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.

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Feature and Technology

Weather-resistant modules that are suitable for various harsh environments, with excellent and stable power generation performance.

Excellent and stable in power generation performance

MBB HCC (Multi-busbar half-cut cell) technology enhances current collection efficiency and cell micro-crack resistance.
Excellent PID (Potential induced degradation) resistance

Stable power generation performance to ensure efficiency up to 85% for 25 years.

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.
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.

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.