Ballast-based Solar Racking Systems
Items:Ballasted Roof Mounting Kits
Material: Aluminum
Tilt angle range: 5/10/15
Max wind load: 40m/s
Max snow load: 2kn/m²
Advantages: Adapting to multiple angles
Lead Time: 7-10 days
OEM: Acceptable
Sample: Available
Supply Capacity: 6MW/week
- Fast Delivery
- Quality Assurance
- 24/7 Customer Service
Product Introduction

who choose us?
Grengy is a well-known manufacturer specializing in the production of photovoltaic brackets, with rich experience and excellent reputation in the photovoltaic field.Our factory is equipped with advanced production equipment and technology. From the selection of raw materials to the manufacturing of finished products, quality is strictly controlled in every step.
one-stop solution
professional team
high quality
For more details, pls email:rukin@grengysolar.com
Ballast-based solar racking systems are a category of solar panel mounting setups that rely on ballasts, or weights, to secure the solar panels in place. Here's a more in-depth look:
Components
- Racking Structure: At the core, there's a framework typically made of metal, such as aluminum or steel. This structure includes rails, brackets, and crossbars that form the base for mounting the solar panels. The design of the racking is engineered to evenly distribute the load of the panels across the system.
- Ballasts: These are the heavy elements, commonly concrete blocks or metal plates. Their size, number, and placement are carefully calculated. For instance, on a flat roof installation, ballasts are often positioned at the corners and along the base of the racking structure. They act as counterweights against wind forces, especially uplift, which could otherwise topple the solar panels.
Function
- Stabilization: By providing additional weight, ballast-based systems offer stability without the need to penetrate the underlying surface, be it a roof or the ground. This makes them ideal for flat rooftops where drilling holes might damage roofing membranes or for areas where soil conditions make ground anchoring difficult.
- Flexibility: Since there's no fixed anchoring into the substrate, these systems can be more adaptable. It's easier to reposition, expand, or modify the solar panel layout. For example, if a building's energy needs change, extra panels can be added to the existing ballast-supported racking with relative ease.
Advantages
- Non-invasive Installation: One of the biggest perks is that they don't require any holes to be drilled, screwed, or nailed into the installation surface. This safeguards the integrity of the roof, reducing the risk of leaks and eliminating the need for costly roof repairs post-installation.
- Quick Setup: Without the complication of anchoring procedures, the installation process can be quite rapid. This is valuable for large-scale commercial projects where time is of the essence, potentially saving on labor costs.
Disadvantages
- Weight Constraints: The entire system depends on having enough weight from ballasts to withstand environmental forces. This means the installation site, like a rooftop, must have sufficient load-bearing capacity. Not all structures can handle the extra weight, limiting the applicability of these systems.
- Space Occupation: Ballasts take up physical space on the racking. This can sometimes disrupt the optimal spacing of solar panels, reducing the overall efficiency of the solar array layout to some extent.

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