Often seen as the culprits of environmental degradation, landfills are becoming increasingly popular development sites for renewable energy initiatives. Solar Mounts LLC and our ballasted ground mounts fuse technology and sustainability to revolutionize these spaces for clean energy production. Universally compatible with any solar panel on the market, ballasted solar ground mounts from SMLLC are manufactured using high-grade steel and weather-resistant materials for protection against corrosion, UV degradation, and structural damage. These mounts rely on the weight of concrete ballast blocks to securely anchor the array, thus eliminating the need for ground penetration, minimizing environmental disruption, and overall simplifying installation.
Ballasted Ground Mount Key Features:
- Versatility without Ground Penetration: Ballast blocks and foundations don’t require any digging or ground penetration, simplifying installation and reducing environmental impact. This is particularly beneficial in areas with sensitive ecosystems and allows for solar installations in places where soil disruption is undesirable or where post-driven mounting is impractical or prohibited.
- Quick Installation & Scalability: Ballasted systems often require less time for permitting and installation compared to systems that require post pounding, leading to overall cost savings and faster deployment. This makes them ideal for events, construction sites, short-term installations, or situations where panels need to be easily relocated. Concrete ballast blocks can be scaled up or down in size and weight to accommodate different project sizes, configurations, and array modifications.
- Stable & Cost-Effective: Ballasted ground mounts can reduce costs by minimizing the need for specialized equipment and heavy machinery during installation. In areas prone to seismic activity or ground movement, ballasted systems are also designed to distribute weight evenly, providing stability and mitigating risks associated with soil shifts.
In recent years, the adoption of ground mounted solar racking systems has surged. This trend is propelled by a convergence of factors, including technological advancements, the Inflation Reduction Act and regulatory incentives, and a growing recognition of the untapped potential of landfills and brownfields as sites for renewable energy generation.
Why Ballasted Solar Racking is Ideal for Landfills:
- Eco-Friendly Installation: Unlike traditional anchoring methods that require ground penetration, ballast blocks pose minimal environmental impact. Their non-invasive installation process preserves the integrity of the landfill site and minimizes disruption to surrounding ecosystems. Additionally, there is no need for regular ground penetration inspection, reducing ongoing repairs and operational expenses.
- Accommodation and Expansion: With landfill waste deposition areas shifting and expanding, these modular racking solutions can be easily reconfigured or expanded to accommodate changing site conditions for long-term viability.
- Weight Distribution: Ballast block solar panels distribute weight evenly across the surface, minimizing ground pressure and reducing the risk of subsidence or soil compaction, even in areas with varying soil compositions.
- Durability and Resilience: Made with 100% US Stainless steel and engineered to withstand the harshest environmental conditions, ballasted solar racking offers exceptional durability and resilience to moisture, chemicals, and debris. This makes them well-suited for the challenging conditions present in landfill environments, where corrosion and degradation are common concerns.
Whether you’re navigating landfills, repurposing brownfields, or simply looking for an eco-friendly mounting solution, ballasted ground mounts from Solar Mounts LLC ensure you’re not only investing in a reliable solar racking system; you’re investing in a reliable future for renewable energy.
Contact us today by email at [email protected], by phone at (844) 757-7225, or visit us online at https://solarmounts.com/contact/.
