Products Description
Unveiling the Future: Integrated BIPV Solar Mounting Structures
BIPV Solar Mounting Structures are engineered to provide a dual purpose: delivering all the weatherproofing, thermal insulation, and aesthetic appeal of standard materials, while simultaneously generating clean, renewable electricity. This integration eliminates the need for a separate mounting system and roof penetration, offering a sleek, low-profile solution for new construction projects and major renovations. Ideal for commercial buildings, modern residential homes, and public infrastructure, our BIPV mounting systems are the cornerstone of sustainable, energy-positive design.
More details please contact Nico at nico@longsungreen.com
|
System Name |
BIPV Solar Mounting Structures |
|
Material |
Aluminum/ZAM steel |
| Max Wind Load |
60m/s
|
| Max Snow Load | 1.4KN/m² |
| Compatibility | Framed Solar Modules |
| Lead Time |
10-25 days |
| Design Standard | AS/NZS 1170,JIS8955-2017,DIN 1055 |
Key Features
product technologies
Material: Constructed from high-strength, corrosion-resistant aluminum alloys and/or durable, pre-finished steel, ensuring a long service life even in harsh environments.
Wind and Snow Load Ratings: Designed to withstand extreme weather conditions, with load capacities typically exceeding 120 mph wind loads and snow loads up to 5400 Pa (or as per local building codes).
Water Ingress Protection: The integrated mounting and sealing system ensures a weather-tight building envelope, typically achieving an IP67 or IP68 rating for complete protection against dust and moisture.
Fire Rating: Systems are designed to comply with stringent building fire safety standards (e.g., Class A fire rating).
Compatibility: Engineered to work with a wide range of BIPV modules, including custom-shaped glass-on-glass panels, thin-film laminates, and traditional cell-based modules designed for integration.
Thermal Performance: Contributes to the building's thermal insulation, with U-values tailored to meet specific energy efficiency requirements.
Installation System: Features a modular, lightweight design for faster, safer installation, often using specialized clips, rails, and sealing gaskets.
More Project References
Single-post PV project, Italy,solar module
Ground solar mount,Asia,solar panels
Roof-mounted PV project, Australia
Japan 2.5MW solar project
Key Advantages
in one-stop service
Architectural Aesthetics: The primary advantage is aesthetic superiority. The system creates a clean, uniform, and modern appearance without the bulky look of traditional rack-mounted panels. Architects have greater design freedom to incorporate solar energy without compromising their vision.
Durability and Protection: As a primary building component, the system offers superior durability and long-term protection for the building envelope, often outperforming standard roofing materials.
Cost Efficiency: While the initial investment may be higher, BIPV offers significant cost savings by reducing the need for separate roofing materials and the labor to install them. It effectively combines two costs into one.
Property Value: Buildings equipped with integrated solar technology are increasingly valued higher in the real estate market due to their reduced operating costs and sustainable credentials.
Environmental Impact: By generating on-site renewable energy, the building's carbon footprint is drastically reduced. The system also minimizes material use by combining functions.
MW+
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