Project ARMS co-hosted a workshop empowering innovation at the IEEE FLEPS 2024 Conference in Tampere
On June 30, project ARMS co-hosted a workshop exploring energy-autonomous wearable electronics at the IEEE FLEPS 2024 International Conference on Flexible and Printable Sensors and Systems in Tampere, Finland. The workshop, held alongside three other EU-funded projects, was a part of the larger gathering that brought together experts and enthusiasts in the field of flexible and printable sensors and systems.
The workshop theme centered around the cutting-edge realm of energy-autonomous self-powered wearable electronic devices, spotlighting the dynamic interplay between energy harvesting systems and transformative energy storage solutions, specifically batteries and supercapacitors.
The workshop was inspired by four EU-funded projects—SUPERIOT, SOLiD, GRAPHERGIA, and ARMS—and aimed to provide a comprehensive exploration of sustainable technologies. During the event, six exceptional speakers representing the projects shared their expertise:
- Sam Mousavi presented the captivating SOLiD Project that delves into enhanced energy density batteries via the R2R process and advanced cathode materials, solid polymer electrolytes, and conducting additives. , added depth to our workshop's focus on energy storage innovation while
- Spyros Yannopoulos and Dorela Hoxha provided insights on the GRAPHERGIA project, which aims to develop an innovative method for utilizing graphene-based materials and nanohybrids in energy harvesting and storage devices, particularly in smart textiles and next-generation Li-ion batteries through laser-assisted graphene production.
- Marja Välimäki and Marcos Katz introduced the innovative SUPERIOT project, with its dual-mode optical and radio communications and utilization of printed electronics, sets the stage for a truly adaptable Internet of Things (IoT) system
- Jari Keskinen delved into the intricacies of project ARMS, which aims to amplify supercapacitor energy density through novel materials and fabrication techniques like ALD.
The workshop emphasized the integration of energy storage systems with energy harvesting solutions, particularly showcasing the relevance of the Graphene flagship to the GRAPHERGIA and ARMS projects, which leverage 2D materials in battery and supercapacitor development. By bringing together experts and enthusiasts in the field, the workshop fostered collaborative discussions and explored the future of wearable electronics, highlighting the vital role of sustainable energy solutions.
The workshop was a success, thanks to the insightful contributions of the presenters and the enthusiastic participation of the audience. Twenty-five individuals were present, engaging in thought-provoking discussions and collaborative exchanges that showcased the latest innovations in energy storage, harvesting, and energy-autonomous wearable electronics. Attendees praised the in-depth presentations and interactive sessions, with many highlighting the workshop's innovative approaches as particularly enlightening.
The positive feedback from participants emphasized the workshop's impact in fostering a vibrant exchange of ideas and driving progress in energy technology. The workshop's success is a testament to the power of collaboration and shared knowledge in advancing innovation.