태양광 설치 구조물
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Building-integrated photovoltaic (BIPV) systems have dual-purposes: They serve as both the outer layer of a structure and electricity generation for off-grid or on-grid. BIPV systems save construction material costs and electricity costs, reduce pollution.

• Non-Penetrative: Clamps directly to roof seams; zero roof penetration.

• Universal Fit: Designed to grip various standing seam profiles securely.

• Pre-Assembled: Comes pre-assembled for quick on-site installation.

• Robust: High-strength Aluminum AL6005-T5 & Stainless Steel 304.

SUPERSOLAR offer a range of tile roof solar mounting systems with features such as height-adjustable hooks, durable materials, waterproofing, and compatibility with various roof types. When choosing a manufacturer, consider factors like your specific roof type, local weather conditions, and installation ease.

Grace Solar double-pillar bracket is suitable for large-scale ground power plants in various terrains. It adopts open carbon steel cross section as support. With pile driving equipment, the installation speed can be increased by 50% compared with that of screw bolt, and the installation steps of foundation and column are avoided

• Materials with high-strength

• Accept large span range

• Save materials

• Low unit price, fast installation, lower labor costs

• Suitable for large solar plants

• Suitable for the installation of large-scale business and multipurpose projects

• Easy and quick fix with high factory-preassembled components

• Made of AL6005-T5, a lightweight and recyclable solution for solar construction

• Can withstand extreme weather conditions

• A quick, efficient, time-sensitive alternative to roof solar panels

• The utilization of existing parking areas, meaning you don’t have to build out and expand the land you already own

• A significant increase in energy production for your existing solar solution

In addition to the foundation of Grace Solar farm mounting system, the whole aluminum alloy structure can be used for unlimited extension and connection, and appropriate methods are adopted to ensure the trafficability of human and machine, as well as the stability of the whole support structure.