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Rooftop Mount

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EcoTop Solar Racking System Logo

Daetwyler Clean Energy Eco-Top™ Rooftop Mounting Structure is a cost-effective rooftop design with only three components that utilizes durable recycled rubber ballast pads to protect the integrity of your roof while providing excellent slip-resistance.

The Eco-Top™ rooftop system's modular design makes installation and system design fast and easy.  It requires minimal ballast, making this the most economical ballast rooftop solution available!



EcoTop Solar Racking System Vector AnalysisDaetwyler Clean Energy DCE utilized industry leading Computational Fluid Dynamics (CFD) software to design the Eco-Top™.  For more information, see below.

Key Features

DCE-World-2-GIFIntegral wind deflector for minimal wind loading and system weight

DCE-World-2-GIFFlexible, integrated wire management with easy to install clip. (Specifications: UL Approved Nylon 6/6, 94V-2)

DCE-World-2-GIFFast installation, only 3 system components. 

DCE-World-2-GIFModule preassembly

DCE-World-2-GIFIntegrated grounding requiring minimal system grounding

DCE-World-2-GIFModule tilt feature for ease of wiring & maintenance

DCE-World-2-GIFEco-Friendly light weight recycled rubber ballast pad

DCE-World-2-GIFModular solution

Specifications

DCE-World-2-GIFTilt angle: 0-11 deg

DCE-World-2-GIFAverage dead load:  3.5 PSF for 90 MPH

DCE-World-2-GIFModule orientation: Landscape

DCE-World-2-GIFModule suitability:  All major brands

Click Here for a copy of our Eco-Top™ Rooftop Mount Specification Flyer..

EcoTop Solar Racking system Tilt Feature

Easy to install additional ballast
block for > 90 mph wind speed

EcoTop Solar Racking System Ballast Feature

Daetwyler Clean Energy DCE utilized industry leading Computational Fluid Dynamics (CFD) software to design the Eco-Top™.  CFD software allows DCE to design a cost effective rooftop solution by quickly analyzing design variables.  This testing method provides fast, accurate, force coefficients used to determine structural validity.  Through testing, DCE has identified critical wind angles not accounted for in current building code standards.  This allows DCE to create safer, long term solutions.
 
 
 Figure 1.  Velocity Streamline Analysis
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 Figure 2.  Velocity Vector Analysis

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