Pro Solar Tech | Solar Power Plants, Solar EPC & Ground Mounted Solar Systems
Ground mounted solar panel kits 3P-18 East–West
Optimized for footprint efficiency and a smoother daily production curve, this East–West ground-mount pairs low-tilt portrait modules back-to-back to harvest both morning and afternoon sun. The hot-dip galvanized steel superstructure delivers long-term corrosion resistance and stiffness under wind and snow loads, while the three-column layout simplifies stringing, keeps cable runs tidy, and accelerates installation. By minimizing inter-row spacing and shading, projects can raise energy density, reduce BOS costs, and maintain a low visual profile—ideal for utility, commercial, and agri-PV sites that need predictable, seasonally stable output and reliable lifetime performance.
Capacity: 54 panels (portrait orientation; East–West array); panel dimensions 2278 × 1134 × 30 mm
Foundation system: Driven poles
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
Solar panels
Poles
Foundation system
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 mounted solar panel kits 3P-18 East-West
The Ground mounted solar panel kits 3P-18 East–West is a high-capacity, land-efficient racking solution engineered by Pro Solar Tech to maximise energy yield and ensure seasonally stable output. Unlike conventional south-facing fixed-tilt systems, the East–West configuration uses low-tilt modules arranged back-to-back. This allows the system to capture both morning and afternoon sunlight, smoothing the production curve and avoiding sharp midday peaks.
Each structure supports fifty-four modules arranged in three portrait columns on both sides of the rack, providing significant energy density per unit. The design minimises inter-row spacing, reduces shading losses, and delivers an exceptionally compact site footprint. This footprint efficiency directly lowers balance-of-system (BOS) costs by reducing the number of foundations, cabling lengths, and land required per installed megawatt.
The 3P-18 East–West system is built from hot-dip galvanised steel, reinforced with purlins and bracing members to deliver long-term stability against wind and snow loads. Its modular configuration accelerates installation timelines and simplifies stringing and cable management, making both construction and long-term maintenance straightforward. Designed for utility-scale solar parks, commercial projects, and agricultural PV sites, the system offers a reliable pathway to predictable output and reduced LCOE while maintaining a low visual profile.
Advantages of Ground mounted solar panel kits 3P-18 East–West
- High energy density with compact land use: With fifty-four modules per structure arranged in back-to-back orientation, the 3P-18 East–West system provides exceptional capacity within a reduced site footprint. By minimising inter-row spacing and tilt, developers can install more modules per hectare compared to traditional south-facing layouts. This results in increased yield per project area, optimised land use, and lower BOS costs. For investors and operators, the outcome is stronger financial performance without compromising long-term reliability.
- Stable daily output profile: Traditional fixed-tilt systems produce peak energy around midday, often misaligned with demand curves. The East–West orientation balances production by capturing energy in both morning and afternoon hours. This smoother generation profile reduces grid stress, improves self-consumption ratios for commercial projects, and ensures seasonal stability. For utilities and developers, the predictable output simplifies grid integration and enhances project bankability.
- Robust structural reliability: The 3P-18 East–West system is engineered from hot-dip galvanised steel with high-strength bolts and aluminium clamps, ensuring long-term durability in diverse climates. Its braced framework withstands high wind speeds, snow accumulation, and thermal expansion, maintaining alignment and structural integrity over decades. This robust construction reduces the risk of performance degradation, lowers maintenance requirements, and provides operators with a dependable, low-risk investment in renewable infrastructure.
- Efficient installation and simplified O&M: The modular design accelerates construction with prefabricated elements, pre-drilled holes, and clear connection points that reduce installation time and labour costs. Integrated cable management ensures organised stringing, reduces clutter, and makes inspections and repairs straightforward. Technicians can access and replace modules quickly without dismantling large sections of the array. This streamlined installation and O&M process minimises downtime, keeps operational expenses under control, and ensures consistent energy generation over the system’s lifetime.
Compatible photovoltaic panels
The Ground mounted solar panel kits 3P-18 East–West is optimised for modules with dimensions of 2278 × 1134 × 30 mm, which are widely used in utility-scale projects. This ensures compatibility with Tier 1 manufacturers, strong structural integration, and reliable long-term performance. Supporting standard panel sizes also guarantees procurement flexibility and availability of replacements. We can also manufacture customised structures for other dimensions and types of photovoltaic modules.
Capacity
54 panels/structure
Each 3P-18 East–West system accommodates fifty-four photovoltaic modules in portrait orientation across three vertical columns per side. With panel dimensions of 2278 × 1134 × 30 mm, this high-capacity layout provides significant energy yield while keeping inter-row spacing tight and site footprint compact.
Foundation system
Driven poles – a proven foundation method offering secure anchoring, long service life, and efficient installation. Suitable for a wide range of soil conditions, driven poles provide a cost-effective and durable base for large-scale East–West PV deployments.
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
| Tilt angle | |
|---|---|
| Solar panels | |
| Poles | |
| Foundation system |
