A Flat Roof Tripod-Mounted Solar Support System​ is a structure designed to securely mount solar panels on flat or low-slope rooftops. Its key feature is the use of three-legged, freestanding tripod​ units as the primary support.This system is engineered for non-penetrating, ballasted installations, making it ideal for roofs where drilling or waterproofing penetration is to […]

A Flat Roof Tripod-Mounted Solar Support System​ is a structure designed to securely mount solar panels on flat or low-slope rooftops. Its key feature is the use of three-legged, freestanding tripod​ units as the primary support.This system is engineered for non-penetrating, ballasted installations, making it ideal for roofs where drilling or waterproofing penetration is to […]

An Angle Aluminum Tripod Ballast System​ is a heavy-duty support structure designed to provide maximum stability for large lighting fixtures, cameras, or other equipment. The system consists of two main components:   Angle Aluminum Tripod The legs are constructed from extruded aluminum in an “L” or “V” shape (angle profile). This shape provides superior rigidity […]

A ballasted solar mounting system with adjustable holes is an engineered solution designed specifically for flat or low-slope roofs.Instead of penetrating the roof surface with bolts or anchors, this system utilizes weights, typically pre-cast concrete blocks or steel ballasts, to secure the entire solar array in place. And this kind of roof also has the […]

The photovoltaic “parallel” ballast system is a common and highly efficient mounting solution for flat-roof PV power stations. It primarily uses weighted ballast (such as concrete blocks) to secure solar panels without the need for roof penetration, thereby preserving the roof’s waterproofing layer.   Advantages:   ​Non-Penetrating Installation ​ ​Easy and Fast Installation ​ ​Superior […]

The photovoltaic “back-to-back” ballast system is a mounting solution primarily designed for flat or low-slope roofs. It utilizes weighted ballast (such as concrete blocks) to secure PV modules, typically requiring no roof penetration, thereby preserving the roof’s waterproofing structure and simplifying installation.   Advantages:   ​Non-Penetrating Installation ​ ​Excellent Wind Resistance ​ ​Durable and Corrosion-Resistant […]

The PV ballast system is a crucial component in PV installations, especially in cases where the installation requires additional stability and weight to ensure proper functioning. It plays a vital role in counteracting various forces acting on the PV system, such as wind loads, and helps maintain the structural integrity of the entire setup.   […]