-
Optimized tilt angle design to maximize solar energy generation based on sunlight direction
-
Suitable for both flat roofs and metal roofs
-
Material-efficient structure that reduces overall system cost
-
High structural stability and strong load-bearing capacity
-
Designed to withstand harsh weather conditions such as strong winds and heavy rain
-
Lightweight yet durable construction for long-term performance
-
Simple and fast installation process
-
Flexible design adaptable to different project requirements
-
Corrosion-resistant materials for extended service life
-
Reliable solution for commercial, industrial, and large-scale solar installations
Product Application
Holcom Flat Roof Solution FR1 is a specialized mounting solution designed for flat roofs and metal roofs in solar power systems, engineered to optimize the inclination angle of solar panels in order to achieve maximum energy output. Unlike conventional mounting structures, Holcom FR1 is carefully developed based on the direction of sunlight, ensuring the panels are positioned at the most effective tilt angle for each installation location.
Thanks to its intelligent design, Holcom FR1 helps minimize material usage while still guaranteeing high stability and structural strength for the entire solar panel system. The mounting structure is geometrically optimized to distribute loads efficiently, allowing the system to withstand harsh weather conditions such as strong winds, heavy rain, and frequent temperature fluctuations.
Holcom FR1 is especially suitable for commercial buildings, factories, warehouses, and other constructions with flat or metal roofs, where adjusting the panel inclination plays a critical role in improving power generation efficiency. This solution not only enhances solar energy harvesting but also reduces overall investment and installation costs, thanks to its simplified structure and fast installation process.
With Holcom FR1, investors and system owners can be confident in a solution that is efficient, durable, and cost-effective, meeting modern technical requirements while supporting the global transition toward clean, renewable, and environmentally friendly energy.