Pro Solar Tech | Solar Power Plants, Solar EPC & Ground Mounted Solar Systems
Ground mount PV systems 1P-9, concrete
The Ground mount PV system 1P-9, concrete is engineered for harsh, high-salinity environments such as coastal regions. Using reinforced concrete support pillars instead of steel posts, the structure offers exceptional corrosion resistance, long-term stability, and low maintenance. The portrait layout optimizes land use, ensures clean cable routing, and simplifies access for O&M. Ideal for solar parks, agricultural installations, and commercial sites requiring robust performance and reliable uptime over the project lifetime.
Capacity: 9 panels (portrait orientation); panel dimensions 2278 × 1134 × 30 mm
Foundation system: Reinforced concrete
Kit includes:
- Reinforced concrete 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.
Ground mount PV systems 1P-9, concrete
The Ground mount PV system 1P-9, concrete is designed by Pro Solar Tech to provide maximum stability and long-term reliability in environments where conventional steel posts are exposed to accelerated corrosion. By using reinforced concrete support pillars, the structure eliminates one of the most common risks faced in coastal or high-salinity regions: deterioration of foundations due to aggressive environmental conditions. This makes the 1P-9 system a preferred choice for solar parks, agricultural facilities, and commercial installations that require dependable performance across decades of operation.
The system supports panels in a portrait orientation, allowing optimal land utilisation and a clean layout. Cable management is integrated into the design, ensuring safe and efficient routing that simplifies both commissioning and long-term operation. Maintenance teams benefit from straightforward access for inspection and replacement tasks, while project owners gain predictable energy output without concerns about structural degradation.
At Pro Solar Tech, our focus is to create mounting solutions that reduce operational risks while maximising return on investment. The Ground mount PV system 1P-9, concrete is a practical, cost-effective, and technically robust solution for developers who need a reliable structure capable of withstanding demanding site conditions over the entire lifecycle of a solar project.
Advantages of Ground mount PV systems 1P-9, concrete
- Exceptional resistance to corrosion: The use of reinforced concrete pillars instead of traditional steel posts provides outstanding protection against corrosion. This is particularly relevant for coastal or high-salinity environments where steel foundations deteriorate quickly. With concrete supports, the system maintains structural integrity and load-bearing capacity for decades, significantly extending the lifecycle of the installation. This results in reduced replacement costs, fewer interventions, and a secure foundation that protects both the modules and the entire investment.
- High stability and structural reliability: Reinforced concrete foundations deliver excellent stability under wind and snow loads. The 1P-9 system has been engineered to handle demanding environmental stresses while keeping the alignment of modules intact over time. This structural reliability ensures consistent energy output and reduces risks associated with foundation shifting or settlement. For developers and EPC contractors, it provides confidence that the installed system will remain safe and operational throughout its design life, even under extreme site conditions.
- Optimised land use and clean layout: The portrait orientation of the panels enables efficient use of available land, especially in solar parks and agricultural fields. With nine panels per structure, the system maintains a balanced ratio of energy output and ground coverage. Cable routing is streamlined, minimising clutter and making inspection faster. This neat and functional layout not only improves operational efficiency but also enhances the visual organisation of the site, which is important for large-scale commercial projects where order and accessibility are essential.
- Low maintenance and reduced lifecycle costs: One of the key advantages of using concrete foundations is the minimal maintenance required. Unlike steel posts, which may need periodic anti-corrosion treatments, concrete structures remain stable with very limited upkeep. Combined with galvanised steel beams and aluminium clamps, the entire system is designed for durability and low operational costs. This reduction in maintenance requirements ensures a lower total cost of ownership, making the 1P-9 system an economically attractive choice for investors and operators seeking predictable long-term performance.
Compatible photovoltaic panels
The Ground mount PV system 1P-9, concrete is optimised for standard module dimensions of 2278 × 1134 × 30 mm, widely used in commercial and utility-scale projects. This ensures strong fixation, secure operation, and compatibility with high-efficiency panels from Tier 1 manufacturers. By aligning with common panel sizes, the system offers flexibility in procurement and guarantees long-term availability of replacements. We can also manufacture customised structures for other dimensions and types of photovoltaic modules.
Capacity
9 panels/structure
Each structure supports a single column of nine photovoltaic panels in portrait orientation. With panel dimensions of 2278 × 1134 × 30 mm, the configuration delivers a compact yet powerful setup, providing excellent energy output per unit of land while ensuring stability and ease of maintenance.
Foundation system
Reinforced concrete – designed to deliver maximum durability and resistance in coastal, saline, or otherwise aggressive soil conditions.
System components
- Reinforced concrete 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
