At the ESA/ESTEC conference in Noordwijk, Netherlands (15-18 October 2024), our consortium proudly presented its first joint paper, focused on the commercialization of GN3 graphene material as an active electrode for high-energy supercapacitors. The presentation, titled „Commercialization of GN3 Graphene Material as an Active Electrode for High Energy Supercapacitors,“ received a positive response and attracted significant attention from experts in advanced technology and materials engineering.
🔋 GN3: A Revolutionary Material for Supercapacitors
The paper presents the outcome of years of research into graphene materials. GN3/SC-GN3 is a unique, nitrogen-doped (~16%) material with an ultra-high density (2.8 g/cm³), and its diamond-like carbon bonding structure offers exceptional properties for supercapacitor applications. GN3 can store and rapidly deliver energy – up to 200 Wh/L at a power of 2.6 kW/L and 143 Wh/L at 52 kW/L – making it suitable for a broad range of industrial applications.
👨🔬 Prototypes Moving Toward Mass Production
The presentation included not only laboratory data but also the first prototypes of wound and pouch GN3 supercapacitors, which have already undergone initial characterization testing. These prototypes represent a crucial step in verifying the technological and manufacturing capabilities of GN3. The research team is now focused on qualification testing and preparing the technology for industrial production, bringing GN3 closer to commercial availability.
📈 The Future of Supercapacitors with GN3 Material
GN3 has the potential to transform the supercapacitor market with its high energy density and power, supporting the development of new applications that require rapid and efficient energy delivery. The next step involves detailed testing under real-world conditions and obtaining necessary certifications so this technology can soon be commercially viable.
We are excited to see GN3 approaching full commercialization and extend our gratitude to all consortium partners for their effort and collaboration on this innovative project.
