Panel mounting structures are essential components of solar installations, ensuring secure panel placement and optimal angling for maximum sunlight capture.
Selecting the appropriate mounting system is crucial for long-term performance and energy generation.
What Is a Ballasted Solar Mounting Structure?
Ballasted solar panel mounts offer a secure way to install photovoltaic panels on rooftops or ground surfaces without piercing the roof.
These mounts use weights or heavy materials, like concrete blocks, to anchor and support the panels, avoiding the need for drilling or bolting, which simplifies the installation.
Ballasted solar mounting systems come with a pre-set tilt, often no more than 10 degrees, to optimize solar energy capture and reduce shading from surrounding panels. This slight tilt also helps to improve the system’s resistance to wind by lowering the wind’s impact on the panels. After installation, these systems add a manageable weight of two to six pounds per square foot to the roof, which is typically within the load-bearing limits of contemporary roofing structures.
Features of Ballasted Solar Structure:
1. Streamlined Installation
2. Minimal Impact and Maintenance
3. Optimal Performance and Adaptability
4. Economical and Eco-friendly
Disadvantages of Ballasted Solar Structure:
1. Weight and Stability
2. Wind Uplift Concerns
3. Tilt Angle and Performance
Key Points to Consider When Using Solar
Ballasted Mounting Systems:
1. Structural Capacity
2. Roof Compatibility
3. Wind Uplift Resistance
4. Tilt Angle and Orientation
5. Ballast Choice and Layout
6. Maintenance and Accessibility
Solar installations involve various complexities, so work closely with your solar engineer, contractor, roofer, and utility provider to ensure your solar system, whether ballasted or not, is set up correctly. Employing an experienced project manager is often essential to manage these details effectively.
For more information and requests you can reach us,,
– Email: Aqatawneh@aqelectric.net
– Mobile: +201151006630
+962795154126