Introduction to Rheinzink Solar Systems
RHEINZINK presents a collection of Solar Systems designed to integrate solar panels seamlessly into metal roofs. These systems not only offer energy efficiency but also enhance the aesthetic appeal of buildings. Specifically tailored for RHEINZINK’s standing-seam roof system, these solar panels are suitable for various construction projects, including new constructions, renovations, and retrofitting.
Installation Process
The visually roof-integrated solution ensures a flat and parallel mounting of the panels to the roof, eliminating the need for elevated systems. This is achieved through specially developed seam and module clamps attached to the double-standing seam. These clamps simultaneously secure the frameless solar modules to the double-standing seam covering, which is precisely matched to the shear widths of the roofing.
PV Modules Designed for Perfect Integration
RHEINZINK offers PV modules specifically designed to fit the double-standing seam system used in their roofs. Choosing the right panel width is crucial for perfect integration. Suitable PV modules for RHEINZINK double-standing seam roofs include the 530 mm (600 mm belt) and the 430 mm (500 mm belt) modules, measured from center to center. This ensures precise installation within the specific seam arrangement, enhancing both functionality and aesthetics.
Services Provided
RHEINZINK provides comprehensive services to support the installation of Solar Systems, including:
- Provision of complete systems ready for installation, comprising PV modules and underlying technology.
- Consultation from initial concept to implementation.
- Preparation of yield forecasts to assess energy production.
- Assistance with subsidy applications or subsidized loans.
- Registration and commissioning of solar systems to ensure optimal performance.
In conclusion, RHEINZINK’s Solar Systems offer an efficient and visually appealing solution for integrating solar energy generation into metal roofs. With a focus on seamless integration and comprehensive support services, these systems contribute to both energy sustainability and architectural aesthetics in construction projects.
