Blog

Next in our series introducing the CIRCMAN5.0 consortium is University of Oslo—a key partner driving innovation in semantic modeling for circular manufacturing. 🌍🔄 The CIRCMAN5.0 project aims to revolutionize circular manufacturing in the PV industry, significantly reducing waste and energy consumption while promoting reuse and recycling of materials. 🏗️ University of Oslo’s Role: 🔹 Developing semantic models for […]

The transition towards a circular economy in photovoltaic manufacturing requires an integrated, technology-driven approach. CIRCMAN5.0 is designed as a comprehensive digital toolbox that leverages artificial intelligence, machine learning , cognitive digital twins, and standardized interfaces to support circularity and sustainability. At the core of this project is its technical architecture, which provides the foundation for

Each month we will try to present some personal views, success stories or fun facts from our consortium partners. We are starting this month with Angeliki Zacharaki from Centre for Research & Technology Hellas (CERTH).  Read her story below! Personally, I am proud to witness the dedication and collaborative spirit demonstrated by all partners in driving innovation and sustainability through the CIRCMAN5.0 project since its

Spark new discoveries! 🌲 The CIRCMAN5.0 team wishes you happy holidays and a new year filled with prosperity. We look forward to working with you in the years to come, creating a more #sustainable world, where #circularmanufacturing is more than just a buzz word. ⚙️♻️

The CIRCMAN5.0 project marks a significant milestone in transforming the Photovoltaic (PV) Manufacturing Industry by integrating circular economy principles with the latest Industry 5.0 technologies. As an EU-funded initiative, it addresses the pressing challenge of managing End-of-Life (EoL) PV panels sustainably, paving the way for efficient resource recovery and a greener future. Through this blog,