Recording of Wednesday, June 19, 2024 | The smarter E Europe | Exhibition Program | Language: English | Duration: 15:44 .

Andreas Waltinger from Meyer Burger Discusses European Union Innovation Fund and Its Role in Financing Modern Solar Technologies at PV Manufacturing Session

This afternoon session at the PV manufacturing state from VDMA introduces Mr. Andreas Waltinger from Meyer Burger, who discusses funding and innovation in modern module technologies. He begins by giving an overview of Meyer Burger's transition from a watch industry company to a significant player in solar cell and module manufacturing, highlighting their expansion plans under the EU Innovation Fund. Waltinger explains that Meyer Burger applied for the Innovation Fund in November 2022 during its third call, receiving an award by July 2023. The project aims to expand production capacity significantly across Europe with new facilities planned for Germany and Spain. The EU Innovation Fund is one of the largest programs promoting net-zero technologies with €40 billion earmarked until 2030. Its goals include emission reduction, competitiveness boosting, job creation, and technological reinforcement across various sectors like CCS (carbon capture storage) alongside PV. Waltinger details the complex application process involving comprehensive documentation requiring involvement from multiple organizational departments. Key factors include CEO endorsement, strategic management alignment, complete data provision upfront, risk management strategies, scalability proofs through CO2 savings calculations. For interested applicants seeking further assistance or information on navigating this rigorous process can leverage resources provided by consortiums such as P&O Leipzig within projects funded similarly by European Union bodies aimed at fostering clean energy innovations.

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Talk of session: Cutting-Edge Module Technologies: European Innovations in Cell-to-Module Concepts

European machine manufacturers offer solutions for existing PERC, SHJ, TOPCon, and IBC-based cells, which serve as the foundation for advanced module concepts. Whether it's implementing innovative stringing processes, employing defect-poor laser separation techniques for cells, or ensuring high-quality lamination, European engineering companies deliver top-notch European machines designed for industrial-scale production lines catering to both residential and utility-scale markets. This session will highlight trends in solar module manufacturing technology and explore efforts to enhance product cost-effectiveness further. Additionally, products for niche applications such as integrated PV will be showcased.

Further Talks of this session:

Shingle Matrix Technology for Integrated PV Products

To Talk

Membrane-Free Lamination for BIPV Modules (in German)

To Talk

Key Results from the Libertas Project: Feasibility Study on the Re-Establishment of the PV Industry in Germany/Europe

To Talk

TLS Shingle Cell Cutting for BIPV and VIPV Applications

To Talk