Фотоэлектрический кронштейн

Material: Steel or Aluminum
Wind load: 60 m/s
Snow load: 1.4KN/m2
Exterior treatment: Anodized
Installation site: Ground mounting structure, with the foundation being concrete piers or ground piles.
Lifetime: 30 years

Детали

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30-Year Lifespan | 60 m/s Wind Load | 1.4 kN/m² Snow Load

Photovoltaic Bracket & Solar Mounting System

Steel or Aluminum, Anodized, Concrete-Pier or Ground-Screw Foundation—Our brackets safeguard your PV modules for three decades

Revolutionary Building-Integrated Photovoltaic Technology

Наш сайт BIPV photovoltaic bracket systems represent the cutting-edge convergence of architectural design and renewable energy technology. Engineered for seamless integration into building structures, our mounting solutions transform conventional roofs, facades, and canopies into energy-generating assets while maintaining superior waterproofing and structural integrity.

Фотоэлектрический солнечный кронштейн

Advanced BIPV Mounting Solutions

Waterproof Integration Excellence Our BIPV solar mounting systems feature waterproof brackets with framed photovoltaic panels, designed for complete waterproofing of roofs, carports, sunshades and other structural supports. The proprietary sealing technology eliminates traditional roofing materials while providing superior weather protection and energy generation capabilities.

Comprehensive Product Portfolio

Flat Roof BIPV Systems

  • Waterproof concrete mounting: Specialized for level concrete roofs with enhanced power generation efficiency and reduced total system costs
  • Ballast-free installation: Advanced wind uplift resistance without roof penetration
  • Drainage integration: Engineered water management channels prevent pooling and ice formation
  • Modular expansion capability: Scalable design accommodates future capacity increases

Sloped Roof Integration

  • Tile replacement systems: Direct substitution of traditional roofing materials
  • Standing seam compatibility: Seamless integration with metal roofing profiles
  • Ventilated mounting design: Optimal thermal management for enhanced PV performance
  • Fire-rated construction: Meets Class A fire resistance requirements

Facade & Curtain Wall Systems

  • Architectural glass integration: Transparent and semi-transparent PV options
  • Thermal break technology: Prevents thermal bridging while maintaining insulation performance
  • Custom color matching: Architectural flexibility with varied aesthetic options
  • Structural glazing compatibility: Engineered for high-rise applications

    Photovoltaic brackets

Superior Engineering & Materials

Aerospace-Grade Construction Standards Our BIPV brackets utilize premium 6063-T6 aluminum alloy with precision CNC machining to achieve exceptional dimensional accuracy and structural performance. Each component undergoes comprehensive quality control testing including:

  • Structural load testing: Exceeding 5400 Pa wind loads and 2400 Pa snow loads
  • Thermal cycling validation: Performance verification across -40°C to +85°C temperature range
  • Waterproofing integrity: IP67-rated sealing systems with 50-year service life expectancy
  • Seismic compliance: Zone 4 earthquake resistance with flexible connection details

Advanced Weatherproofing Technology

  • Multi-barrier sealing system: Primary, secondary, and tertiary weather barriers
  • Pressure equalization design: Prevents wind-driven rain infiltration
  • Thermal expansion accommodation: Maintains seal integrity across temperature cycles
  • UV-resistant materials: 30-year performance guarantee against degradation

    Фотоэлектрический кронштейн

Building Integration Advantages

Architectural Benefits BIPV mounting systems enable retrofitting of solar panels on roofs or integration as part of the building structure, providing architects with unprecedented design flexibility while meeting increasingly stringent building energy codes.

Dual-Function Performance

  • Structural contribution: Brackets serve as permanent building components
  • Energy generation: High-efficiency PV integration with minimal aesthetic impact
  • Weather protection: Superior waterproofing performance compared to traditional roofing
  • Thermal management: Integrated ventilation systems optimize building and PV performance

Economic Value Proposition

  • Elimination of roofing costs: BIPV systems replace traditional weatherproofing materials
  • Reduced installation complexity: Single-trade installation for roofing and solar systems
  • Enhanced building value: Permanent energy generation asset increases property valuation
  • Accelerated payback: Combined construction and energy savings improve project economics

Professional Installation & Support

Certified Installation Network Our global network of certified BIPV installers ensures proper system integration and performance optimization. Each installer completes comprehensive training in:

  • Waterproofing techniques: Advanced sealing and drainage methodologies
  • Structural integration: Load path analysis and connection detailing
  • Electrical systems: DC and AC wiring integration with building electrical systems
  • Code compliance: Building code, electrical code, and fire safety requirements

Engineering Support Services

  • Custom design solutions: Site-specific engineering for complex architectural requirements
  • Structural analysis: Comprehensive load calculations and connection design
  • Building code compliance: Coordination with local authorities and building officials
  • Performance modeling: Energy production and building integration optimization

Quality Assurance & Performance Guarantee

Comprehensive Testing Protocols Every BIPV bracket system undergoes rigorous validation including:

  • Water penetration testing: ASTM E1105 and AAMA 501.1 compliance
  • Structural performance: Static and dynamic load testing to ASCE 7 standards
  • Thermal performance: Insulation value and thermal bridge analysis
  • Durability testing: Accelerated weathering and UV exposure simulation

Industry-Leading Warranties

  • 30-year structural warranty: Complete system integrity and weatherproofing performance
  • 25-year power generation guarantee: Minimum 80% of rated capacity after 25 years
  • 15-year workmanship warranty: Installation quality and system commissioning
  • Waterproofing guarantee: 50-year weather barrier performance certification

photovoltaic bracket factory

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BIPV installation requires specialized expertise in both roofing and electrical systems. Our brackets replace traditional roofing materials, creating a complete weatherproofing system while generating electricity. Installation involves precise waterproofing details, structural integration, and coordination with building systems. Our certified installers complete 40 hours of specialized training beyond standard solar installation certification, ensuring proper integration of weatherproofing, structural, and electrical components.

Our BIPV systems exceed traditional roofing waterproofing performance through multi-barrier protection and pressure equalization design. We guarantee 50-year weather barrier performance with IP67-rated sealing systems. Independent testing demonstrates superior performance compared to conventional roofing materials, with zero water penetration under 12 PSF test pressures. The system includes primary structural seals, secondary weather barriers, and tertiary drainage systems for comprehensive protection.

Our engineering accounts for differential thermal expansion between PV modules, mounting brackets, and building structure through flexible connection details and expansion joints. The aluminum bracket system expands at different rates than building materials, so we incorporate sliding connections and flexible gaskets. Thermal modeling ensures seal integrity across -40°C to +85°C temperature ranges, while seismic-rated connections accommodate building movement during earthquakes.

BIPV systems require comprehensive structural analysis since brackets become permanent building components. We provide stamped structural drawings from licensed engineers for load transfer calculations, connection design, and building code compliance. Typical requirements include 5400 Pa wind uplift resistance, 2400 Pa snow loads, and seismic Zone 4 compliance. Our engineering team coordinates with building structural engineers to ensure proper load paths and connection capacity.

BIPV systems often achieve superior performance due to optimized thermal management and reduced installation constraints. Integrated ventilation channels prevent overheating, maintaining higher PV efficiency compared to flush-mounted systems. Additionally, BIPV eliminates shading from traditional mounting hardware and enables precise tilt optimization. Performance monitoring from 500+ installations shows 3-8% higher energy yield compared to conventional rooftop systems, while providing 100% building integration aesthetics.

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