Successful fire resistance testing of BIPV

In 2022, ML System reached a pivotal milestone by successfully passing fire resistance testing for their BIPV modules. When integrated with fire-resistant glass in an aluminium skylight construction, these modules met stringent standards at an accredited institute. This certification now permits ML System’s fire resistant glazing units, which incorporate translucent photovoltaic glass with advanced quantum coatings and silicon cells, to be utilised in REI30 fireproof skylights.

This advancement enhances the safety and adaptability of BIPV systems, enabling their installation in more diverse construction applications. These skylights not only deliver exceptional energy efficiency but also meet critical fire safety standards. Designed with precision, the modules accommodate essential cable routing between panes without affecting water drainage, ensuring the system remains both functional and resilient.

Technical Specifications of Photovoltaic Skylights

• Maximum Power Output: 200 Wp/m2
• PV Cell Efficiency: Up to 22.5%
• Maximum Operating Voltage: 1000 V
• Module Types:
• Monocrystalline (including Back-contact)
• Polycrystalline
• Thin Layer
• Optional: Bifacial, NoFrost, Printed
• Substructure Material: As specified by system manufacturer
• Maximum Module Size: As specified by system manufacturer
• Structure Colour: Customisable in RAL palette
• PV Module IGU Thickness: As specified by system manufacturer
• PV Module IGU Types:
• Transparent Single IGU
• Enamel-coated Single IGU
• 1-chamber IGU
• 2-chamber IGU
• Heat Transfer Coefficient (U-Value): 0.8 – 1.1 W/m2K
• Module Transparency: Customisable

This breakthrough cements ML System’s position as a leader in innovative BIPV solutions, blending energy generation with critical safety features to support sustainable and secure building designs.