Solar Bracket BIPV Mount System

Solar Bracket BIPV Mount System

Items: Solar Bracket BIPV Mount System
Installation Site: Roof-Integrated (BIPV)
Load Capacity: Snow 1.4 kN/m² | Wind 60 m/s
Material: Zinc-Alu-Mg Steel / Stainless Steel SUS304 (optional)
Corrosion Resistance: 960‑hour salt spray tested (SUS304)
Compliance: AS/NZS1170.2, Euro Code 8, DIN 1055, IBC 2006
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Description

Products Description

 

 

 

 

Solar Bracket BIPV Mount System

 

The Solar Bracket BIPV Mount System is a structural mounting solution engineered to integrate photovoltaic panels directly into building rooftops. Unlike conventional add‑on racks, this system becomes part of the building envelope-supporting both weather protection and on‑site power generation. Designed for durability, adaptability, and visual harmony, the Solar Bracket BIPV Mount System helps commercial, industrial, and residential projects achieve energy independence without compromising architectural integrity.


More details please contact Amber at amber@longsungreen.com

 

Cost of Solar Carport Installation
PV Canopy Structure-2

Product Specifications

 

Product Name

Solar Bracket BIPV Mount System

Snow Load Rating

1.4 kN/m²

Material

Zinc‑Alu‑Magnesium steel / Stainless steel SUS304 (options available)

Compliance Standards

AS/NZS1170.2, Euro Code 8, DIN 1055, IBC 2006

Corrosion Protection

Passed 960‑hour salt spray test (SUS304 variant)

Dimensional Tolerance

±0.1 mm (laser cutting + CNC bending)

Compatible Roof Types

Pitched roofs, flat roofs, tile roofs (Pantile, Roman, flat, corrugated)

 

Product Advantages

 

Seamless Architectural Integration

The Solar Bracket BIPV Mount System replaces traditional roofing materials with PV‑ready structural supports, allowing solar panels to sit flush with the roofline. This eliminates the need for bulky retrofitted racks and preserves clean building aesthetics.

High Structural Strength

Engineered to withstand snow loads up to 1.4 kN/m² and wind pressures per IBC and Euro Code standards. The Solar Bracket BIPV Mount System uses high‑grade Zinc‑Alu‑Mg steel or SUS304 stainless steel, ensuring long‑term stability even in regions with heavy snowfall or high winds.

Corrosion Resistance for Harsh Environments

SUS304 variants of the Solar Bracket BIPV Mount System have passed rigorous 960‑hour salt spray testing with no rust formation. This makes the system suitable for coastal installations, industrial zones, and humid climates where long‑term durability is non‑negotiable.

Precision Manufacturing

Every component of the Solar Bracket BIPV Mount System is produced using TRUMPF laser cutting and CNC bending technology, achieving a tolerance of ±0.1 mm. This precision reduces on‑site adjustments, speeds up installation, and ensures consistent fit across multiple module brands.

Versatile Roof Compatibility

The Solar Bracket BIPV Mount System adapts to various roofing structures-including pitched, flat, tiled, and metal roofs. Optional adapters and adjustable brackets make it easy to match different tile profiles and panel hole spacings.

Thermal Management Design

Integrated ventilation channels within the Solar Bracket BIPV Mount System promote air circulation beneath the panels, helping to reduce operating temperatures and maintain higher energy conversion efficiency over the system's lifetime.

 

Solar Shade Structure

 

Applications:

Commercial & Industrial Buildings: Turn large rooftop areas into productive power stations while maintaining a professional, low‑profile exterior.

Residential Housing: Achieve energy self‑sufficiency with a system that complements modern home architecture.

Public Infrastructure: Schools, hospitals, and government facilities can meet renewable energy mandates without sacrificing design quality.

Coastal & High: Humidity Zones – The corrosion‑resistant version of the Solar Bracket BIPV Mount System ensures reliable performance near seafronts and in tropical climates.

 

 

PV BIPV

Common Problem

Is the system suitable for snowy regions?

Absolutely. With a snow load rating of 1.4 kN/m² and compliance with Euro Code 8 and IBC 2006, the system is engineered for heavy snow and seismic zones.

What is the lead time for bulk orders?

Thanks to our ERP‑managed warehouse and production capacity, typical lead times range from 7 to 15 working days, depending on order volume and customisation level.

 

 

 

Company Profile

 

18Years of experience
in one-stop service
Why Choose LongsunGreen?

Factory - Direct Manufacturing

Competitive pricing with full quality control from raw material to finished product.

OEM / ODM Flexibility

We customise bracket dimensions, materials, and finishes to match unique architectural or load requirements.

Full Technical Support

Our engineering team assists with system design, load calculations, and installation guidance from planning to handover.

solar racking system provider

 
80+
Test Reports
100+
Business Range
800
MW+
Annual Production Cpacity
15GW+
total Installed Capacity

 

Project References

 

USprojuct
 

Single-post PV project, United States

Solar greenhouse projects in Southeast Asia
 

Sunroom PV project, Europe

The L-bolts project in Australia
 

Roof-mounted PV project, Australia

agro-photovoltaic mounts
 

Agricultural PV project, Japan

Agriculture Solar Mounting System
 

Agriculture PV mount, Austrian

Europe Carport
 

Carport mounting structures, Europe

Photovoltaic Project in Southeast Asia
 

Ground mount structure, Southeast Asia

Solar cable clips
 

Ground-mounted solar racking, Italy

 

Introduction to Production Equipments

 

 

Factory production equipment1

 

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