Verre transparent

Catégorie Verre photovoltaïque

Matériau : Silicium monocristallin
Cell size mm: 182mmx182mm, 182mmx91mm
Panel Dimensions: 1350*765*11mm, 1735*1185*11mm, customized
Température de fonctionnement : -40~+85°C
Fusible maximum : 30A
Tension maximale du système (VDC) : 1500V
Coefficients de température de Pmax : -0,29%/°C
Coefficient de température de Voc : -0,25%/°C
Coefficient de température de Isc : 0,045%/°C
Junction box protection level: IP68/Split/MC4
Application: BIPV Facade

Informations complémentaires

Détails du produit

BIPV Transparent Glass – Daylighting Optimization & Energy Generation

Revolutionary Transparent Photovoltaic Technology

Notre BIPV transparent glass revolutionizes architectural daylighting solutions by seamlessly integrating photovoltaic energy generation with optimal natural light transmission. Engineered for premium commercial buildings, this innovative glazing technology maintains architectural transparency while generating clean electricity, creating the perfect balance between building aesthetics and energy performance.

Advanced Transparency & Light Management

Selective Light Transmission Technology

Variable Transparency Levels: 30%, 50%, 70%, and 90% light transmission options
Infrared Heat Rejection: Blocks 85% of infrared radiation while maintaining visible light passage
UV Protection: 99% UV rejection prevents interior fading and occupant exposure
Spectral Optimization: Photovoltaic cells harvest non-visible spectrum for energy generation

Daylighting Performance Excellence

Visual Light Transmission (VLT): Optimized ratios from 0.3 to 0.9 depending on transparency level
Solar Heat Gain Coefficient (SHGC): 0.15-0.45 range for superior thermal control
Daylight Glare Control: Integrated anti-glare properties reduce occupant discomfort
Circadian Lighting Support: Maintains natural light quality for occupant well-being

Precision Cell Architecture

Innovative Cell Spacing Design Unlike traditional opaque BIPV solutions, our transparent glass utilizes strategic cell spacing to maintain visibility:

Geometric Patterns: Hexagonal, linear, or custom patterns optimize both transparency and power generation
Cell Density Variables: 15%, 25%, 35%, or 50% active area coverage options
Ultra-Thin Profile: 11mm total thickness maintains curtain wall compatibility
Edge-to-Edge Clarity: Minimal visual obstruction with nearly invisible electrical connections

High-Efficiency Silicon Integration

Monocrystalline Excellence: Premium 182mm x 182mm cells achieve 22%+ individual cell efficiency
Half-Cell Configuration: Enhanced reliability through 182mm x 91mm segmented cells
Bifacial Capability: Captures reflected light from interior surfaces for additional power generation
Performance à faible luminosité: Maintains energy generation in overcast and dawn/dusk conditions

Climate-Responsive Design Features

Thermal Comfort Optimization

Dynamic Solar Control: Reduces cooling loads by 25-40% compared to conventional glazing
Thermal Bridging Prevention: Insulated glazing unit construction maintains envelope performance
Condensation Management: Low-E coatings prevent interior surface condensation
Seasonal Performance: Optimized for varying sun angles and seasonal light conditions

Weather Resilience Engineering

Extreme Temperature Range: -40°C to +85°C operational capability for diverse climates
Thermal Stress Resistance: Tempered glass construction withstands rapid temperature changes
Wind Load Capacity: Engineered for high-rise applications up to 300m building height
Protection contre les impacts de grêle: Class 4 hail resistance protects against severe weather events

Smart Building Integration Systems

Advanced Building Automation

Electrochromic Compatibility: Optional integration with dynamic tint control systems
Automated Shading Coordination: Synchronizes with motorized blinds for optimal daylighting
HVAC Load Optimization: Real-time solar heat gain data improves building energy management
Occupancy-Based Control: Sensors adjust transparency levels based on space utilization

Energy Management Intelligence

Maximum Power Point Tracking: Individual panel MPPT optimizers maximize energy harvest
Grid-Interactive Capabilities: Smart inverter technology supports utility grid stability
Battery Storage Integration: DC coupling compatible with commercial energy storage systems
Demand Response Participation: Automated load management during peak utility periods

Architectural Design Integration

Premium Aesthetics & Functionality

Seamless Curtain Wall Integration: Standard glazing pocket compatibility reduces installation complexity
Custom Patterning Options: Architectural freedom through varied cell layouts and densities
Color Temperature Matching: Maintains consistent appearance across mixed glazing installations
Privacy Control: Selective transparency enables privacy without sacrificing natural light

Multi-Zone Applications

Office Environments: Conference rooms, executive offices, and open workspace applications
Retail Spaces: Storefront glazing maintains merchandise visibility while generating energy
Healthcare Facilities: Patient rooms and common areas benefit from controlled daylighting
Educational Buildings: Classroom and library applications support learning environments

Performance Validation & Testing

Comprehensive Environmental Testing

Accelerated Weathering: 2000-hour UV exposure with simultaneous thermal cycling
Moisture Ingress Testing: 85°C/85% humidity for 1000 hours without performance degradation
Thermal Shock Validation: 200 cycles between -40°C and +85°C temperature extremes
Mechanical Load Testing: 5400 Pa wind loads with 10,000 cycle fatigue analysis

Optical Performance Verification

Spectral Analysis: Precise measurement of transmission characteristics across 280-2500nm spectrum
Angular Dependency: Light transmission performance verified at various sun angles
Polarization Effects: Minimized polarization for consistent appearance from all viewing angles
Color Rendering Index: CRI >80 maintains natural color perception through glazing

Energy Performance Optimization

Power Generation Efficiency

System-Level Performance: 140-200W/m² generation capacity depending on transparency level
Coefficient de température Excellence: -0.29%/°C power degradation minimizes hot weather losses
Low-Light Harvesting: Maintains 15% rated output at 200W/m² irradiance conditions
Annual Energy Yield: 180-250 kWh/m² in typical commercial building orientations

Building Energy Integration

Peak Demand Reduction: On-site generation reduces utility peak demand charges by 20-30%
HVAC Load Offset: Reduced solar heat gain lowers cooling equipment sizing requirements
Lighting Load Reduction: Enhanced daylighting reduces artificial lighting energy consumption
Net-Zero Building Contribution: Supports net-zero energy building certification goals

Installation & Maintenance Excellence

Professional Installation Support

Certified Glazing Contractors: Specialized training program ensures proper installation techniques
Structural Engineering Services: Load calculations and connection details for complex facades
Electrical Integration: Concealed wiring systems maintain architectural aesthetics
Commissioning Services: Complete system testing and performance verification

Long-Term Maintenance Program

Self-Cleaning Glass Coating: Hydrophobic surface treatment reduces cleaning frequency
Remote Performance Monitoring: 24/7 system surveillance with predictive maintenance alerts
Replacement Component Availability: 25-year spare parts guarantee for system continuity
Annual Performance Audits: Professional inspections ensure optimal long-term performance

Sustainability & Certification

Environmental Impact Excellence

Réduction de l'empreinte carbone: 50-year lifecycle carbon payback within 2-3 years of operation
Recyclable Materials: End-of-life glass and aluminum components support circular economy
VOC-Free Manufacturing: No volatile organic compounds in production or installation
LEED Contribution: Multiple credit categories including energy performance and daylighting

Couverture complète de la garantie

Garantie de 25 ans sur la puissance linéaire: Guaranteed 80% output retention after 25 years
15-year optical clarity warranty: Maintains transparency levels with <5% degradation
12-year product warranty: Complete coverage of materials and manufacturing defects
Weather seal guarantee: 20-year protection against moisture ingress and seal failure

FAQ

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How does transparent BIPV glass maintain visual clarity while generating electricity?

Our transparent glass uses strategically spaced monocrystalline cells that occupy only 15-50% of the glass surface area, leaving the remaining area completely clear. The cells harvest primarily infrared and ultraviolet light while allowing visible light to pass through unimpeded. Advanced cell interconnection technology uses nearly invisible conductive pathways, and the overall visual effect resembles a subtle geometric pattern rather than traditional opaque solar panels. Independent testing shows 95% of occupants rate the appearance as “architecturally appropriate” for premium commercial buildings.

What are the daylighting benefits compared to conventional glazing systems?

Our transparent BIPV glass provides superior daylighting control compared to conventional glazing by selectively filtering harmful UV radiation (99% blocked) and excess infrared heat (85% rejected) while maintaining optimal visible light transmission. This creates more comfortable interior environments with reduced glare and heat gain, potentially decreasing artificial lighting loads by 30-50% and HVAC cooling loads by 25-40%. The controlled light quality also supports occupant circadian rhythms and productivity, making it ideal for office and educational environments.

How does the power generation capacity compare across different transparency levels?

Power generation scales with active cell area coverage: 30% transparency achieves ~200W/m², 50% transparency provides ~165W/m², 70% transparency generates ~130W/m², and 90% transparency produces ~85W/m². However, higher transparency levels often provide greater overall building energy benefits through reduced HVAC loads. Economic analysis shows 70% transparency typically provides optimal total building energy savings when combining direct generation with reduced cooling costs, making it the most popular specification for commercial applications.

What are the structural and electrical integration requirements for curtain wall installation?

Our 11mm transparent BIPV glass integrates with standard curtain wall systems using conventional structural glazing techniques. Electrical integration requires concealed conduit systems within curtain wall mullions, typically using factory-pre-wired harnesses for rapid field installation. Junction boxes mount behind structural glazing, maintaining clean aesthetics while providing IP68 weather protection. Our engineering team coordinates with curtain wall manufacturers to ensure proper thermal expansion accommodation and provides stamped electrical drawings for code compliance.

How do building codes and energy standards address transparent photovoltaic glazing?

Transparent BIPV glass meets all standard glazing requirements under IBC 2021 and local building codes, with additional electrical code compliance under NEC 2023. For energy code compliance, the glazing contributes to both envelope performance (through improved SHGC values) and renewable energy generation requirements. Many jurisdictions now recognize BIPV as building-integrated renewable energy rather than applied equipment, allowing more favorable permitting and inspection processes. Our technical team provides code compliance documentation and coordinates with building officials to ensure smooth approval processes for innovative installations.

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