Pro Solar Tech | Solar Power Plants, Solar EPC & Ground Mounted Solar Systems
Ballasted ground mount solar 6L-14 Concrete
Engineered for sites where ground penetration is restricted or soils are problematic, this ballasted ground-mount secures the array using concrete weight—eliminating pile driving, vibration, and subsurface risk. A low-profile landscape layout enhances stability, reduces inter-row shading, and keeps cable runs tidy for fast installation and clean O&M. The hot-dip galvanized superstructure delivers long-term corrosion resistance and stiffness under wind and snow loads, while the modular geometry scales efficiently across rows and arrays. Ideal for brownfields, capped landfills, rocky terrain, or areas with buried utilities, it helps compress approvals, control BOS costs, and deliver predictable lifetime performance.
Capacity: 84 panels (landscape orientation); panel dimensions 2278 × 1134 × 30 mm
Foundation system: Ballasted concrete (no ground penetration)
Kit includes:
- Galvanized steel poles (support posts)
- Main beams
- Transverse purlins
- Bracing members for structural reinforcement
- Complete set of high-strength galvanized bolts (class 8.8)
- Aluminum clamps for panel fixation
Info: The photovoltaic panels have standard dimensions of 2278 × 1134 × 30 mm, with the tilt angles listed above. For other sizes or angles, please specify in your quote request.
Ballasted ground mount solar 6L-14 Concrete
The Ballasted ground mount solar 6L-14 Concrete is a specialised racking system developed by Pro Solar Tech for sites where pile driving or ground penetration is not permitted. By relying on pre-cast or cast-in-place concrete blocks for anchoring, the system avoids vibration, subsurface disturbance, and risks to underground utilities. This makes it the ideal solution for brownfields, capped landfills, rocky terrains, or areas with buried infrastructure where conventional foundations are impractical.
Configured in a six-landscape by fourteen-module layout, each structure supports eighty-four photovoltaic panels while maintaining a low profile. This landscape orientation lowers wind loads, minimises inter-row shading, and ensures clean cable routing for efficient installation and operation. Built from hot-dip galvanised steel, the 6L-14 system provides strong resistance to corrosion and mechanical stress, delivering reliable stability under heavy snow or wind conditions.
The modular geometry enables rapid alignment across large arrays, compressing installation timelines and reducing balance-of-system (BOS) complexity. By combining non-invasive concrete ballast with a high-capacity configuration, the system ensures predictable performance while helping streamline permitting and compliance. For developers, EPC contractors, and investors, the 6L-14 Concrete represents a cost-effective and long-lasting solution that supports renewable energy production without compromising site integrity.
Advantages of Ballasted ground mount solar 6L-14 Concrete
- Non-invasive foundation for sensitive sites: The primary advantage of the 6L-14 Concrete system is its ability to be deployed on terrains where ground penetration is restricted. By using ballast blocks instead of driven piles, it avoids vibration and subsurface disturbance, making it suitable for capped landfills, contaminated soils, or areas with buried utilities. This non-invasive approach simplifies permitting and reduces geotechnical risks, enabling projects to move forward on otherwise unusable land.
- High capacity with optimised footprint: With eighty-four panels arranged in landscape orientation, the 6L-14 system delivers exceptional energy density per unit while maintaining a compact site footprint. The low-tilt, landscape layout reduces inter-row spacing and shading, allowing more modules to be installed per hectare compared to traditional south-facing systems. For developers, this results in higher yield, lower BOS costs, and maximised use of available land.
- Durability and long-term stability: The system’s hot-dip galvanised steel superstructure is engineered to resist corrosion, withstand wind and snow loads, and provide structural rigidity across decades of service life. Reinforced with bracing members and secured with high-strength bolts, it ensures reliable alignment and mechanical strength even in harsh environments. Combined with the inherent stability of concrete ballast, the structure guarantees dependable energy output and reduced lifecycle costs for investors.
- Simplified installation and predictable O&M: The modular design of the 6L-14 Concrete system supports rapid deployment with prefabricated elements and straightforward assembly. Since no pile driving is required, installation noise, vibration, and civil works are significantly reduced. Integrated cable management ensures tidy layouts, making inspections, cleaning, and panel replacement efficient. For EPC contractors, this accelerates project schedules and minimises construction risk. For operators, it ensures reliable, low-maintenance performance across the system’s lifetime.
Compatible photovoltaic panels
The Ballasted ground mount solar 6L-14 Concrete is designed for large-format photovoltaic modules with dimensions of 2278 × 1134 × 30 mm, widely available from Tier 1 manufacturers. This ensures secure fixation, strong structural compatibility, and procurement flexibility. We can also manufacture customised structures for other dimensions and types of photovoltaic modules.
Capacity
84 panels/structure
Each 6L-14 Concrete system supports eighty-four photovoltaic modules arranged in landscape orientation. With module dimensions of 2278 × 1134 × 30 mm, the configuration maximises output while keeping the structure low-profile, reducing wind loads and simplifying maintenance.
Foundation system
Ballasted concrete (no ground penetration) – a non-invasive foundation solution that provides stable anchoring through pre-cast or cast-in-place ballast blocks. Designed for sensitive sites, it eliminates the need for pile driving, reduces permitting complexity, and ensures long-term structural stability.
System components
- Galvanised steel poles (support posts)
- Main beams
- Transverse purlins
- Bracing members for structural reinforcement
- Complete set of high-strength galvanised bolts (class 8.8)
- Aluminium clamps for panel fixation
