Today, energy generation from renewable sources has become one of the key pillars in the design and construction of sustainable and environmentally friendly buildings. Among these technologies, photovoltaic systems (standard solar panels for electricity generation) and solar thermal systems (for producing heat from solar energy) are considered the most important clean‑energy solutions used in modern buildings.
By offering engineered system solutions, Zip‑Panel enables the integration of a safe and durable standing‑seam roof with solar‑energy generation technologies. This solution is implemented as an on‑roof installation, allowing the use of solar energy without penetrating the roof covering, while fully preserving the architectural quality and visual appeal of the building.
Zip‑Panel systems make it possible to install photovoltaic panels or solar‑thermal collectors on a wide variety of roof geometries. As a result, this solution can be applied to almost any roof design—from simple forms to complex architectural shapes.
Zip‑Panel solar systems are designed for permanent installation on standing‑seam panels without penetrating the roof surface. This installation method ensures that no weak points are created in the roof covering and that complete watertightness is maintained.
In this system, photovoltaic panels or solar assemblies are mounted on the metal roof using Zip‑Panel’s engineered rails, which have been tested over many years across a wide range of projects. These rails are designed to meet all structural and performance requirements necessary for the execution of photovoltaic roofing systems.
The aluminum mounting rails are positioned on the closed standing seams of the panels and are connected to the standing‑seam flanges using a seaming machine. Where space at the roof edge or roof surface is limited, shear‑protection systems can also be installed quickly and easily. This installation method guarantees long‑term stability and permanent roof watertightness.
Compared with systems based on point clamps, this solution offers significant advantages, including the elimination of point loads and the prevention of localized stresses in the roof covering. The result is a system that can be installed quickly, safely, and with a high degree of reliability.
In addition, the height of the standing seams, together with the height of the mounting rails, provides adequate rear ventilation behind the photovoltaic modules. This plays an important role in improving performance and increasing the efficiency of the solar panels.
Clean Energy Generation While Preserving Roof Integrity
A Sustainable Roofing System for Renewable Energy Generation
Zero Penetration of the Roof Cladding
Fast and Easy Installation Process
Uniform Load Distribution
Perfect Ventilation Behind the Panels
Applicable to Nearly All Roof Forms and Geometries
