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Textile structures and manufacturing exhibit important benefits which can be used to develop electrodes for energy storage systems to solve existing problems in the field. This cooperation offers the technological know-how and research competences to provide high-performance embroidered structures to support the progress in the renewable energy field.

Eingereicht von: Dr. Noemí Aguiló-Aguayo
Firma/Universität: Research Institute of Textile Chemistry and Textile Physics, University of Innsbruck
in Kooperation mit: Texible GmbH

Intermittent renewable energy systems, like solar and wind technologies, require energy storage systems for being effective. The combination of important characteristics of textile structures (e.g. mechanical resilience and flexibility) with the high technical degree of freedom of the textile manufacturing (e.g. high variety in selection of materials, customized patterns and dimensions) can help to improve performance and make energy storage systems feasible for a broad range of mobile and stationary applications. The cooperation between University of Innsbruck and the company Texible provides the technical and research competences to develop three-dimensional electrodes and current collectors manufactured by technical embroidery with the aim to solve technical and electrochemical problems extant in the field, e.g. trade of between power and energy densities. In addition, embroidered structures can be easily disassembled and reused offering the possibility of battery recycling.

Paper: Aguiló-Aguayo, N., Espiñeira, P. P., Manian, A. P. & Bechtold, T. Three-dimensional embroidered current collectors for ultra-thick electrodes in batteries. RSC Adv. 6, 69685–69690 (2016).

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