Us Sustainable Home Integrated BIPV Roofing Tile Solar Roof Shingles Photovoltaic Tiles for Green Energy Roof System

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Product Description

Basic Information
Model NO.
Solar Tile
Number of Cells
2*12
Application
Residential Villa, Public Building
Certification
ISO, CE, MCS, CEC, CQC, CCC
Material
Monocrystalline Silicon
Power Density
174 W/M2
Cable
PV 4 mm2
Cell Size
182*91mm
Glass
Tempered / 3.2mm
Type
BIPV, Double-Glass
Integrated BIPV Roofing Tile
Product Description

Building-integrated photovoltaics (BIPV) energy is revolutionizing how solar energy production is incorporated into modern architecture. These tiles serve a dual function: generating renewable energy while performing the structural tasks of roof protection.

Specification S-1 (Small Size) S-2 (Standard)
Size630*480mm1260*480mm
Weight9kg16.5kg
Glass3.2mm Tempered3.2mm Tempered
Power Output35W87W
Junction Box≥IP67≥IP67
Lifespan>30 years>30 years
Fire RatingClass AClass A
Solar Shingles
Comparison: BAPV VS BIPV
Feature BAPV (Applied) BIPV (Integrated)
MethodFitting modules to existing surfaceReplacement of traditional elements
FunctionPower generation onlyStructural component + Power
AppearanceMessy, poor integrityBeautiful, modern, elegant
Lifespan~20 Years50+ Years
WaterproofHigher leakage riskPremium resistance
InstallationTwo phases, complexEasy and fast installation
Why Choose Integrated Solar Tiles?

Excellent Product Features

  • High efficient whole roof covering
  • Class A waterproofing and fire resistance
  • Strong Hail and Wind Resistance
  • More than 60 years structural lifespan
  • Aesthetically appealing seamless design
  • Saves roofing and mounting rack costs
Comparison View
Packing & Delivery
Packaging
Application & Installation
Application 1 Application 2 Application 3
Installation 1 Installation 2
Solar Energy Workflow

1. Collection: Sunlight hits solar cells, converting energy to DC electricity.
2. Inversion: Inverter converts DC to AC electricity for home use.
3. Storage: Excess electricity flows to batteries or back to the grid.
4. Monitoring: Apps track real-time creation, usage, and savings.

Frequently Asked Questions
Where can BIPV products be installed?
BIPV products can be integrated seamlessly into the building envelope wherever sunlight hits. This includes roofs, façades, windows, skylights, and even balcony railings.
How much energy can BIPV systems produce?
The amount depends on solar radiation (kWh/m2/day) at your location, climate conditions, and potential shading from trees or nearby structures. Modern systems are designed to maximize output even in varied conditions.
Are solar tiles more durable than traditional roofing?
Yes. While standard asphalt shingles may last 15 years, solar tiles are designed to last 25-30 years or more, featuring Class A fire ratings and high wind/hail resistance.
Are BIPV systems worth the investment?
BIPV serves a dual purpose. By replacing traditional roofing materials with solar tiles, you effectively discount the cost of the roof from your solar installation, providing long-term energy savings and weather protection.
What is the main difference between solar panels and solar shingles?
Solar panels are "applied" on top of an existing roof (BAPV), whereas solar shingles are the roof itself (BIPV). Shingles provide a more aesthetic, integrated look that resembles traditional slate or asphalt.
What kind of maintenance do solar roofs require?
Solar roofs require minimal maintenance, typically just occasional cleaning in high-pollution areas to ensure maximum sunlight absorption. The integrated design reduces common leakage points found in traditional rack-mounted systems.

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