ZAM Ballast Solar Bracket

A ZAM Ballast Solar Bracket is a specialized mounting system designed for solar panel installations, particularly on flat roofs or surfaces where penetration is undesirable. ZAM Ballast Solar Brackets are a robust, corrosion-resistant solution for non-penetrative solar installations, prioritizing ease of deployment and long-term durability. Proper engineering ensures compliance with structural and environmental requirements.

Key Features:

1. Material & Coating:

• ZAM (Zinc-Aluminum-Magnesium) Coating: The bracket is made from steel coated with a Zinc-Aluminum-Magnesium alloy, offering superior corrosion resistance compared to traditional galvanized coatings. This makes it ideal for harsh environments (e.g., coastal areas, industrial zones).

2. Ballast Design:

• Non-Penetrative Installation: Uses weighted ballast (e.g., concrete blocks, gravel, or integrated compartments filled with ballast materials) to secure solar panels without drilling into the roof. This minimizes leaks and structural damage risks.

• Wind Resistance: Ballast weight is calculated based on local wind speeds and building codes to prevent uplift.

3. Applications:

• Flat commercial or residential roofs.

• Ground-mounted systems where drilling is impractical.

• Temporary installations requiring minimal structural impact.

4. Durability & Maintenance:

• Long lifespan due to ZAM coating’s self-healing properties and resistance to scratches/rust.

• Low maintenance, with periodic checks for ballast stability and coating integrity.

5. Installation Considerations:

• Weight Distribution: Engineers must ensure the roof can support the combined weight of panels, brackets, and ballast, especially in regions with snow loads.

• Modular Design: Often lightweight for easy transport, with ballast added on-site to reduce shipping costs.

Advantages:

• Roof Protection: Avoids penetrations, preserving waterproofing.

• Quick Installation: No need for complex anchoring.

• Environmental Resilience: ZAM coating outperforms in corrosive environments.