Pro Solar Tech | Solar Power Plants, Solar EPC & Ground Mounted Solar Systems
Ground mounted solar panel kits 3P-8 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 supports fast O&M. By minimizing inter-row spacing and shading, projects can increase energy density, reduce BOS costs, and maintain a low visual profile—ideal for utility, commercial, and agri-PV sites seeking predictable, seasonally stable output and streamlined deployment.
Capacity: 24 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-8 East-West
The Ground mounted solar panel kits 3P-8 East–West is a high-efficiency racking solution developed by Pro Solar Tech to optimise land use and stabilise daily energy production curves. Unlike conventional south-facing arrays, this system uses a low-tilt, dual-orientation configuration that places modules back-to-back. With this approach, the system harvests energy from both the morning sun in the east and the afternoon sun in the west, smoothing overall output and reducing midday peaks.
Each structure supports twenty-four photovoltaic modules arranged in three portrait columns per side, delivering high energy density while minimising inter-row spacing. This compact footprint reduces the land requirement per megawatt and helps lower balance-of-system (BOS) costs. By maintaining a low tilt, the array reduces shading, improves aesthetics with a lower visual profile, and facilitates easier integration into utility, commercial, and agricultural sites.
Constructed from hot-dip galvanised steel, the 3P-8 East–West system offers superior resistance to corrosion, stiffness under wind and snow loads, and long-term stability. Its modular layout simplifies stringing, cable management, and ongoing operation and maintenance, ensuring that both developers and operators benefit from reliable, efficient deployment. For projects seeking predictable output, reduced LCOE, and maximum use of available land, this East–West ground-mount is a proven, cost-effective solution.
Advantages of Ground mounted solar panel kits 3P-8 East–West
- Higher energy density with reduced land requirements: The East–West design minimises inter-row spacing, allowing more modules to be installed per hectare compared to traditional south-facing arrays. By placing modules back-to-back in a low-tilt configuration, shading is reduced, and overall site capacity increases significantly. This optimisation of land use lowers BOS costs per watt and improves financial viability, particularly for sites where land is expensive or limited. For investors, this translates into stronger project economics without sacrificing long-term performance.
- Smoothed daily energy production curve: Conventional fixed-tilt systems generate peak output at midday, which may not align with grid demand. The 3P-8 East–West system spreads production more evenly throughout the day by capturing morning and afternoon sunlight. This reduces stress on the grid, improves self-consumption for commercial projects, and creates more stable seasonal performance. The result is a predictable, balanced energy profile that enhances both technical reliability and financial returns for stakeholders.
- Robust structure for long-term durability: The 3P-8 East–West system is built from hot-dip galvanised steel, reinforced with purlins, bracing members, and secured with class 8.8 bolts. This construction ensures resistance to wind, snow, and environmental stress over decades of service life. The system’s durability reduces the risk of misalignment, structural failure, or premature component replacement. For EPC contractors and operators, this reliability simplifies O&M and ensures consistent energy output even under challenging environmental conditions.
- Streamlined installation and maintenance efficiency: The modular design of the 3P-8 East–West system enables rapid on-site assembly with prefabricated elements and pre-drilled connection points. Installation crews can work faster, reducing labour costs and project timelines. Integrated cable management keeps stringing organised and accessible, simplifying inspections, cleaning, and repairs. Technicians can replace modules quickly without dismantling entire sections of the array. This streamlined approach ensures lower downtime, reduced operational costs, and improved long-term system availability.
Compatible photovoltaic panels
The Ground mounted solar panel kits 3P-8 East–West is optimised for modules with dimensions of 2278 × 1134 × 30 mm, which are standard large-format panels widely used in utility-scale installations. This ensures secure fixation, structural stability, and compatibility with Tier 1 manufacturers. Supporting a standard module size also guarantees procurement flexibility and long-term availability of replacements. We can also manufacture customised structures for other dimensions and types of photovoltaic modules.
Capacity
24 panels/structure
Each 3P-8 East–West rack supports twenty-four photovoltaic modules arranged in portrait orientation, with twelve facing east and twelve facing west. With module dimensions of 2278 × 1134 × 30 mm, the configuration provides high energy density, a compact footprint, and a smoothed daily generation profile.
Foundation system
Driven poles – a proven and cost-effective foundation method, providing strong anchoring and long-term durability across diverse soil conditions while enabling fast installation at scale.
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 | |
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| Solar panels | |
| Poles | |
| Foundation system |
