In-situ and stand-alone monitoring system for BIPV in buildings

More Information

eMarketplace

Products/Technical solution, Technologies and Building systems

DESCRIPTION:

A new fixing system developed for attaching Renew-Wall prefabricated energy renovation panels to existing building walls. Through on-site trials and lab testing, various options were evaluated for improved speed, safety, reversibility, and ease of installation, including steel brackets, threaded rods, and systems inspired by ventilated curtain walls. The final solution, used in the Povo demonstration project, features a support frame of vertical and horizontal timber elements anchored to the existing wall with dowel-type fasteners. The Renew-Wall panels are then secured to this frame using timber screws and pre-installed steel plates within the panel’s timber structure.

BUSINESS ROUTE

Target Users

Investors and portfolio managers, Material providers, Real-estate developers, Social, public and cooperative housing providers

VALUE

This innovative BIPV monitoring system enables autonomous testing of solar technologies in remote or abandoned buildings without grid or internet access. Powered entirely by the energy generated from its own photovoltaic panels, the system operates independently, eliminating the need for external power or connectivity. Its easy, non-invasive integration into existing installations makes it highly adaptable for off-grid applications. By providing a practical and sustainable solution for monitoring solar performance in challenging environments, the system supports the wider adoption of renewable energy and promotes efficient, eco-friendly use of resources.

APPLICATION

The BIPV monitoring system holds strong potential for wide-scale adoption across multiple sectors, with key advancements focused on miniaturization and user accessibility. Making the system more compact would increase its portability and compatibility with various photovoltaic installations, from homes to industrial sites. Developing a user-friendly interface would simplify operation and data visualization, making it accessible to non-experts and encouraging broader engagement. These improvements pave the way for mass production and commercialization, enabling the system to serve homeowners, businesses, architects, and construction professionals—ultimately supporting the global shift toward sustainable energy solutions.