Our skylight systems, including Skypipe tubular skylights, are designed to deliver consistent natural daylight and natural lighting inside large buildings without increasing indoor heat. By integrating high-performance skylight windows and roof skylights, we help reduce dependence on artificial industrial lighting while improving visual comfort, safety, and overall energy efficiency.
The Skypipe is a revolutionary daylight harvesting system designed to replace electricity with sunlight during the day. Unlike a traditional skylight window that allows heat to enter, the Skypipe uses patented optical technology to capture, transfer, and diffuse daylight without transferring solar heat.
Ideal for factories, warehouses, and offices, this solar light pipe captures low-angle sunlight even on cloudy days, delivering bright, full-spectrum illumination that boosts productivity and slashes energy bills by up to 70%.
Skylight systems capture sunlight at roof level using specially designed transparent or translucent panels. The incoming light is diffused to spread evenly across interior spaces, minimizing glare and harsh contrasts.
When combined with daylight harvesting, skylights help reduce artificial industrial lighting usage by maintaining adequate illumination levels during daylight hours. This makes them a reliable and energy-efficient solution for large buildings.
Zero Energy Cost: Runs 100% on solar energy. No bulbs, no wires, no electricity bills.
Zero Heat Transfer:Unlike transparent roofing sheets, Skypipe blocks UV and IR rays, keeping your building cool.
Leak-Proof Design: Seamless flashing ensures 100% waterproofing, critical for industrial roofing protection.
Healthier Workforce: Full-spectrum natural light improves mood, reduces eye strain, and boosts Vitamin D.
Long Lifespan: UV-stabilized materials prevent yellowing for 20+ years.
Skypipe tubular skylights are especially effective in buildings where traditional skylight windows or artificial lighting fail to deliver uniform illumination.
Skylight systems are highly effective in buildings with wide roof spans where side windows cannot deliver sufficient natural daylight.
In high-ceiling environments, roof skylights deliver daylight from above, reducing dependence on artificial industrial lighting and minimizing shadow zones.
Facilities that operate primarily during daytime hours benefit from skylights through reduced energy usage and improved natural lighting quality.
Consistent warehousing lighting from skylights improves visibility for material movement and inventory handling without increasing operational costs.
A technical comparison highlighting performance, durability, and daylight quality.
| Feature | Skypipe (Tubular Skylight) | Polycarbonate Sheet |
|---|---|---|
| Heat Transfer | Zero Heat Gain (Cool Daylight) | High Heat Gain (Greenhouse Effect) |
| Light Quality | Uniform, Glare-Free Diffused Light | Direct & Uneven Sunlight |
| Durability | 20+ Years (UV Stabilized) | Yellows & Cracks in 3–5 Years |
| Leakage Risk | Seamless Metal Flashing System | Leakage at Screw & Joint Points |
| Maintenance | Self-cleaning dome shape | Frequent Cleaning & Replacement |
Standard technical specifications for Skypipe Tubular Daylighting Systems.
| Specification | Details |
|---|---|
| Product Name | Skypipe Tubular Daylighting Device (TDD) |
| Dome Material | High-Impact Optical Grade Polycarbonate (UV Stabilized) |
| Tube Material | 98% Reflective Aluminum Light Pipe |
| Diffuser Type | Prismatic / Fresnel Lens for broad spread |
| Available Sizes | 530 mm (Industrial) · 350 mm (Commercial) · 250 mm (Residential) |
| Warranty | 10-Year Performance Warranty |
Effective skylight performance depends on thoughtful design and placement.
Proper orientation ensures maximum natural daylight capture throughout the day.
Modern roof skylights are designed to diffuse light evenly while limiting heat gain.
Combining skylights with roof vents or roof ventilators improves indoor comfort and reduces heat buildup.