BIPV Mounting System Detailed Specifications

Key Components and Specifications:

Materials:

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Aluminum: Often anodized (AL6005-T5) for corrosion resistance. 

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Steel: Typically, galvanized steel (e.g., SuperDyma) for enhanced strength and corrosion protection. 

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Stainless Steel: Used for fasteners and other components. 

Design Standards:

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Compliance with relevant standards like AS/NZS 1170 and EN50583 for structural integrity and safety. 

Wind and Snow Load:

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Rated for specific wind speeds (e.g., up to 60 m/s) and snow loads (e.g., 1.4 KN/M2). 

Lifespan:

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Typically designed for a service life of 25 years or more, with warranties often ranging from 10 to 15 years. 

Installation:

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Ease of Installation: Many systems are designed for pre-assembly and quick installation, minimizing on-site labor. 

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Waterproofing: Crucial for roofing applications, with features like drainage channels and sealing strips to prevent leaks. 

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Adjustable Tilt Angles: Allow for optimization of solar energy capture. 

Module Compatibility:

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Designed to accommodate various framed and frameless PV modules. 

Aesthetics:

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BIPV systems can enhance a building’s appearance, especially when integrated into the facade or roof design.

Specific

Examples:

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Rooftop Mounting: BIPV systems can replace traditional roofing materials, offering a waterproof and aesthetically pleasing solution. 

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 Facade Systems: BIPV can be integrated into curtain walls or other facade elements, providing both energy generation and hermal insulation. 

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Carports: BIPV canopies can provide shade and generate electricity in parking areas. 

Additional Considerations:

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Bifacial Compatibility: Some systems are designed to work with bifacial solar panels, which can capture light from both sides. 

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Building Integration: BIPV systems are designed to be integral to the building’s structure, not just attached to it, unlike Building-Applied Photovoltaics (BAPV). 

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Cost-Effectiveness: While BIPV systems can have a higher upfront cost, they can be more cost-effective in the long run due to their dual functionality and potential for reduced construction costs

Specification of BIPV Mounting System for Solar Panels

Item

Description / Specification

System Type

BIPV (Building-Integrated Photovoltaic) Mounting System

Application

Façades, rooftops, skylights, curtain walls, canopies, glass walls

Integration Method

Structural Glazing, Metal Frames, Curtain Wall Systems, Spandrel Panels

Module Type

Crystalline silicon, thin-film, glass-glass laminated BIPV modules

Glass Type

Tempered, laminated safety glass, single or double-glass

Transparency Options

Transparent, semi-transparent, or opaque

Structure Material

Aluminum Alloy (AL6005-T5), Stainless Steel (SUS304), or Custom Extrusions

Mounting Orientation

Vertical (façade), Horizontal (roof), Tilted (canopies)

Mounting Method

Hidden frames, point-supported glass, rail systems, or custom curtain wall grid

Sealing & Waterproofing

EPDM rubber gaskets, silicone sealants, double sealing layers

Thermal Insulation

Optional — can be combined with thermal barrier profiles

Wind Load Resistance

Up to 180 km/h (depending on height and exposure)

Snow Load Resistance

Up to 2.5 kN/m²

Fire Resistance

Class A fire-rated (UL 790, EN 13501-1 compliant modules)

Acoustic Insulation

Optional laminated glass for sound dampening

Expected Lifespan

≥ 25 years (with building-grade durability)

Compliance Standards

IEC 61215, IEC 61730, ISO 9050, UL 1703, EN 50583, ASHRAE compliant

SAN015-MS-BIPV Mounting Solution

Product Characteristics

Model No.

SAN015-MS-BIPV

Product Warranty

25 Years

System Overview

Type

Farming

Mounting System Arrangement

BIPV

Panel Framing

Framed

Panel Orientation

Portrait, Landscape

Tilt Angle

10-20 °

Wind Load

216 km/h

Snow Load

3.16 kN/m2

General Data

Supporting Structure Materials

Aluminium, Galvanized Steel

Small Parts Materials

Aluminium, Galvanized Steel