PVMR1025 Photovoltaic Roofing System

PVMR1025 Photovoltaic Roofing System is a BIPV (Building Integrated Photovoltaics) system specifically designed for modern green buildings. It's not just a roof covering; it's a building material that generates electricity. This system directly replaces traditional building materials as the external structure of a building, perfectly integrating power generation with building material properties (waterproofing, wind resistance, and load-bearing capacity). As a true "component-type" and "building material-type" photovoltaic solution, PVMR1025 transforms every inch of the roof into a source of clean energy, achieving a perfect fusion of architectural aesthetics and green energy.

Performance Characteristics

• It can both bond and clamp photovoltaic panels.

• Higher utilization rate compared to other solutions.

• Transverse reinforcement improves wind resistance compared to longitudinal reinforcement.

• It has a central support, providing strong wind resistance, and the central support is easy to install.

• Water drainage grooves at both ends extend the lifespan of the photovoltaic panel adhesive.

Advantage

1. Flexible and Versatile Installation Options: Adhesive/Clamp Mounting Dual Mode

Dual Compatibility: PVMR1025 boasts extremely high system compatibility, supporting both direct adhesive bonding of flexible photovoltaic modules and clamping of traditional rigid photovoltaic panels using clamps.

Customizable on Demand: Customers can flexibly choose the most suitable installation method based on the climate conditions, cost budget, and aesthetic requirements of the project location, without fear of technical barriers.

2. Maximized Space Utilization

Maximized Power Generation: Thanks to its optimized panel design, PVMR1025 achieves significantly higher coverage utilization on the same roof area compared to other conventional solutions on the market.

Higher Returns: A more compact arrangement means higher installed capacity, bringing owners more substantial and long-lasting electricity revenue.

Dual Upgrade in Structure and Safety

3. Transverse Stiffening Technology: A Qualitative Leap in Wind Resistance

Structural Innovation: Unlike traditional longitudinal stiffening designs, PVMR1025 innovatively adopts **transverse stiffeners** technology.

Mechanical Advantages: The transverse pattern greatly enhances the overall rigidity of the panel, significantly improving the roof's wind resistance in strong winds, ensuring the system remains stable and safe even in severe weather conditions such as typhoons.

4. Powerful Mid-Support System: Stable and Easy to Install

Mid-Support Enhancement: The system is equipped with a dedicated mid-support structure, further strengthening the connection between the panel and the purlin, serving as a second line of defense against wind uplift.

Convenient Construction: The mid-support structure is designed for user-friendliness, making the installation process simple and fast, effectively reducing construction difficulty and saving labor costs.

5. Intelligent Water Drainage Design: Extending System Lifespan

Patented Drainage Grooves: Special drainage grooves are designed at both ends of the panel.

Protection of the Adhesive Layer: This design effectively guides rainwater away quickly, preventing water from accumulating and soaking the edges of the photovoltaic panels. This greatly delays the aging and failure time of the photovoltaic panel adhesive, thus ensuring the adhesion and safety of the photovoltaic components throughout their entire lifespan.