All components included in the structures feature a High Strength Structural Hot Rolled Steel with ArcelorMittal’s Magnelis® , a game-changer in the world of metallic coatings, offering unparalleled corrosion protection. In combination with High Strength Tempered aluminum alloy profiles and Stainless Steel elements this Structure offer unparallel durability ,strength and reliability.

As shown in the image, this structure enables the installation of photovoltaic modules in a landscape orientation. The modules are securely fastened using aluminum clamps combined with stainless steel screws, resting on their edges and supported by five horizontal aluminum profiles.

Designed for large-scale solar projects, this structure offers higher energy yield, enhanced durability, and reduced risk of microcracks in extreme weather conditions

Benefits

Increased and More Efficient Annual Production: This setup enables higher and more efficient annual energy production. During mornings and winter periods, when the sun is lower on the horizon, shadows from preceding rows have less impact on production. This is because this configuration allows modules to operate in multiple modes (1/6, 2/6, 3/6, 4/6, 5/6, 6/6), compared to traditional portrait mounting, which only supports two modes (2/4, 4/4). As a result, panels begin producing energy much earlier in the day.

Enhanced Light Exposure for Bifacial Modules: The rear side of the module receives greater light exposure, avoiding shadows cast by horizontal profiles. This significantly increases annual production when using bifacial modules.

Improved Ventilation: The rear side of the modules is more exposed to airflow, enhancing cooling and making the modules more efficient.

Better Static Stability: The modules are more securely fixed, drastically reducing vibrations, especially in high wind speeds or heavy snow loads , this lower the risk of microcrack on the cell

Extended Module Lifespan: Reduced vibration leads to a longer lifespan for the modules and significantly minimizes the occurrence of micro-cracks in the cells.

Minimized Risk of Damage from Loosening: In prolonged exposure to extreme weather and vibrations, there’s a potential risk of screws and clamps loosening. In this design, such loosening can cause damage to a maximum of two modules. In contrast, other designs may experience a chain reaction, causing loosening across an entire field of modules.

Offering a cost-effective solution, it is highly suitable for standard photovoltaic modules, particularly in regions with moderate weather conditions and lower albedo, where bifacial modules may not provide a justifiable economic advantage.

Benefits

Cost-Effective Solution: This structure provides a more affordable option, making it highly suitable for projects with standard photovoltaic modules.

Ideal for Specific Conditions: It is particularly recommended for areas without extreme weather conditions or sufficient albedo to justify the use of bifacial modules economically.

Faster and Simpler Installation: One of its key advantages is the ability to enable quicker and more straightforward installation for both the structure and the panels.

Excellent Static Performance: The structure’s static design is robust and suitable for use across the entire territory of the Republic of Macedonia.

SPECIFICATIONS OF THE PRODUCT

Additional Information

Tilt Angles15-25
Mounting TypeGround Mount
MaterialHigh Strength Hot Rolled Steel / Aluminum
GroundingFully integrated grounding
Module capacityAll Major All Generation of modules
Mechanical Installation RatesA four Person working a 8 hour day can install up to 200 modules/day
Module Clearance600-1200 mm
AnchoringRamming
Warranty10 years
Design Life50 years
PackagingPP