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Photovoltaic tile

Category Photovoltaic tile

Material: Mono crystalline Silicon
Panel efficiency: 17.3%
Cell size mm: 182mmx182mm, 182mmx91mm
Panel Dimensions: 630*480mm, customized
Cell Type: 182*91mm Half-Cell, N-TYPE
Frame: Frameless
Color: Black,Red, Green
Connector: MC4 Compatible
Junction box: IP67
Individual package size: 63X48X3cm
Gross weight per item: 7.5kg
Application: BIPV Facade

Additional information

Product Details

Photovoltaic Solar Tiles – Revolutionary Roofing Integration

Aesthetic Residential Roofing Revolution

Our photovoltaic solar tiles transform traditional roofing concepts by seamlessly integrating renewable energy generation into architectural roofing materials. Designed as direct replacements for conventional clay tiles, slate, and shingles, these innovative 630×480mm tiles deliver 17.3% efficiency while maintaining the classic residential aesthetics that homeowners and architects demand.

Architectural Roofing Integration

True Tile Replacement Technology Unlike bulky rooftop panels, our photovoltaic tiles function as actual roofing materials:

Direct Tile Substitution: Replaces traditional clay tiles, slate, or composite shingles with energy-generating alternatives
Weatherproofing Integration: Provides complete roof weather barrier while generating electricity
Architectural Continuity: Maintains traditional roofing appearance from street-level viewing
Heritage Building Compatibility: Enables solar integration in historic districts with aesthetic restrictions

Customizable Aesthetic Options

Color Variations: Black, red, and green options match traditional roofing material aesthetics
Custom Sizing: 630×480mm standard with customizable dimensions for unique architectural requirements
Texture Matching: Surface treatments replicate clay tile, slate, or shake shingle appearances
Pattern Flexibility: Individual tile installation allows complex roof geometries and design patterns

Lightweight Residential Engineering

Optimized Structural Performance

Minimal Roof Loading: 7.5kg per tile significantly lighter than traditional clay or slate tiles
Reduced Structural Requirements: Lower dead load often eliminates need for roof reinforcement
Easy Handling: Individual tile weight enables single-person installation without mechanical lifting
Retrofitable Design: Compatible with existing residential roof structures without modification

Weather-Resistant Construction

Frameless Design: No aluminum framing reduces wind uplift and improves aesthetic integration
Impact Durability: Withstands hail, debris, and normal rooftop maintenance traffic
UV Stability: Surface materials maintain color consistency over 25+ year service life
Thermal Expansion: Flexible mounting accommodates seasonal temperature cycling

N-Type Half-Cell Technology

Advanced Residential Efficiency

17.3% Module Efficiency: Optimized balance of efficiency and cost for residential applications
N-Type Silicon Advantages: Superior low-light performance and reduced light-induced degradation
Half-Cell Configuration: 182×91mm cells provide enhanced shade tolerance for complex rooflines
Bifacial Capability: Captures reflected light from roof surfaces for additional energy generation

Residential Electrical Integration

MC4 Compatible Connections: Standard residential solar connectors for simplified electrical installation
IP67 Junction Box: Weather-sealed electrical connections suitable for direct roof exposure
String Configuration: Individual tiles enable flexible electrical design around roof obstacles
Voltage Optimization: Compatible with residential microinverter and power optimizer systems

Traditional Roofing Installation Methods

Familiar Installation Techniques Solar tiles utilize standard roofing practices familiar to roofing contractors:

Overlap Installation: Traditional tile overlap methods ensure weather sealing
Standard Fastening: Conventional roofing fasteners and underlayment systems
Flashing Integration: Compatible with standard roof flashing and penetration sealing
Ridge and Hip Details: Custom trim pieces maintain traditional roofline aesthetics

Dual-Trade Coordination

Roofing Contractor Compatibility: Installation by certified roofing professionals with electrical coordination
Electrical Integration: Licensed electricians handle DC wiring and inverter connections
Streamlined Process: Single roof installation combines roofing and solar trades
Warranty Coordination: Unified roofing and solar warranty coverage

Residential Neighborhood Compatibility

HOA and Community Standards

Aesthetic Compliance: Maintains traditional neighborhood roofing appearance
Heritage District Approval: Often acceptable in historic districts where rooftop panels are prohibited
Property Value Enhancement: Premium roofing appearance with energy generation capability
Neighbor Acceptance: Subtle integration reduces community objections to solar installations

Stealth Solar Integration

Street-Level Invisibility: Solar generation without obvious rooftop panel appearance
Architectural Harmony: Blends with existing roofing materials and building aesthetics
Subtle Energy Independence: Residential energy generation without visual impact
Resale Appeal: Premium roofing material appearance supports property marketability

Residential Energy Applications

Single-Family Home Integration

New Construction: Integrated into new home design as primary roofing material
Renovation Projects: Roof replacement opportunity combines roofing and solar investments
Historic Home Retrofits: Enables solar in homes where traditional panels are architecturally inappropriate
Premium Neighborhoods: Maintains upscale residential aesthetics while adding energy generation

Small-Scale Commercial Applications

Boutique Retail: Maintains architectural character while reducing operating costs
Professional Offices: Executive office buildings benefit from subtle energy integration
Hospitality: Bed & breakfast and small hotel applications maintain charm while reducing costs
Religious Facilities: Churches and community buildings with aesthetic requirements

Installation & Maintenance Advantages

Simplified Logistics

Standard Delivery: 63×48×3cm packaging fits standard delivery trucks without special equipment
Warehouse Storage: Compact packaging reduces storage space requirements compared to large panels
Job Site Handling: Individual tiles prevent large panel breakage during installation
Incremental Installation: Partial roof areas can be completed independently

Long-Term Maintenance Benefits

Individual Tile Replacement: Single tile failure doesn’t require replacing entire panel arrays
Standard Roofing Maintenance: Uses conventional roofing maintenance techniques and equipment
Accessible Repairs: Individual tile access for cleaning, inspection, and replacement
Integrated Warranty: Combined roofing and electrical warranty coverage

Economic Benefits & ROI

Dual Investment Value

Roofing Material Replacement: Eliminates separate roofing material costs during installation
Energy Generation Revenue: Immediate electricity production reduces utility bills
Premium Roofing Appearance: High-end roofing aesthetics increase property value
Extended Roof Life: Photovoltaic tiles protect underlying roof structure from weather exposure

Financing Advantages

Residential Solar Incentives: Qualifies for federal tax credits and local solar incentives
Roofing Loan Integration: Can be financed as roofing improvement rather than separate solar project
Insurance Compatibility: Often viewed favorably by insurance companies as premium roofing material
Property Tax Benefits: May qualify for renewable energy property tax exemptions

Environmental & Sustainability Benefits

Integrated Carbon Reduction

Dual Environmental Benefit: Eliminates traditional roofing material manufacturing carbon footprint
Local Energy Generation: Reduces transmission losses from distant power plants
Building-Integrated Efficiency: Higher building energy efficiency through integrated design
End-of-Life Value: Recyclable silicon and materials support circular economy principles

Community Impact

Neighborhood Solar Leadership: Demonstrates solar viability without aesthetic compromise
Distributed Generation: Improves local grid resilience through distributed energy resources
Educational Value: Showcases solar technology in accessible, neighborhood-scale applications
Market Development: Supports growth of innovative residential solar solutions

Comprehensive Product Support

Professional Installation Network

Certified Installer Training: Combined roofing and electrical training for qualified contractors
Technical Support: Engineering assistance for complex roof geometries and electrical design
Quality Assurance: Installation inspections ensure proper weatherproofing and electrical connections
Warranty Coordination: Unified support for roofing and electrical warranty claims

Extended Protection Coverage

25-year performance warranty: Power generation guarantee protects long-term investment
15-year product warranty: Coverage of tile materials and electrical components
Roofing system warranty: Weather barrier performance guarantee
Electrical safety warranty: DC electrical system safety and performance assurance

FAQ

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How do photovoltaic tiles perform compared to traditional rooftop solar panels in terms of efficiency and cos

Our photovoltaic tiles achieve 17.3% efficiency, which is competitive with residential solar panels while providing the added value of being actual roofing material. While the initial cost per watt may be higher than traditional panels, the tiles eliminate separate roofing material costs and labor, often resulting in comparable total project costs. The aesthetic benefits and property value enhancement can justify premium pricing, particularly for neighborhoods with strict aesthetic standards or historic districts where traditional panels aren’t permitted.

What are the installation requirements and differences compared to traditional roofing tiles?

Installation follows standard roofing practices with additional electrical coordination. The tiles weigh only 7.5kg each, significantly lighter than clay or slate tiles, reducing structural requirements. Standard roofing underlayment, flashing, and fastening methods apply, but DC electrical wiring must be integrated during installation. Most roofing contractors can install the tiles with brief electrical training, though final electrical connections require licensed electrician involvement. The frameless design eliminates wind uplift concerns common with traditional panel mounting.

How does the individual tile replacement and maintenance compare to large solar panel systems?

Individual tile systems offer significant maintenance advantages. If one tile fails or is damaged, only that specific tile needs replacement rather than an entire panel. This dramatically reduces replacement costs and system downtime. Cleaning and inspection can be performed using standard roofing techniques and equipment. However, the distributed electrical connections create more potential failure points compared to centralized panel wiring, requiring more sophisticated monitoring to identify individual tile performance issues.

What electrical design considerations are specific to tile-based solar installations?

Tile systems require individual DC connections for each tile, creating more complex wiring than traditional panel strings. Microinverters or power optimizers are typically recommended to handle individual tile performance variations and maximize energy harvest. The 630×480mm format requires careful electrical planning to accommodate roof obstacles like vents, chimneys, and valleys. Junction boxes on each tile must be properly sealed and accessible for maintenance, requiring coordination with roofing details and weatherproofing.

How do building codes and aesthetic restrictions apply to photovoltaic tile installations?

Photovoltaic tiles typically face fewer aesthetic restrictions than traditional solar panels because they function as actual roofing materials. Many HOAs and historic districts that prohibit rooftop panels accept tiles that maintain traditional roofing appearance. However, they must still meet electrical codes (NEC), structural requirements for live loads, and fire safety codes including rapid shutdown capabilities. Building permits typically require both roofing and electrical approvals, but the integrated nature often simplifies the approval process compared to separate roofing and solar installations.

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At Jia Mao Bipv Tech, we understand that every project is unique, and our goal is to provide the best customized solutions for each customer.