Skip to content
Basque Science logo
Menu
  • Home
  • About basque.SCIENCE
  • who`s who
  • Send us your proposals
Menu

Advances in 3D Printing for Solid-State Battery Manufacturing at CIC energiGUNE

Posted on julio 24, 2023julio 6, 2023 by AINHOA LÓPEZ-ABADÍA URRESTI

CIC energiGUNE, a leading energy storage center in the Basque region, is participating as a research partner in the 3DSTORE project. The project, led by IREC, focuses on leveraging 3D printing technology to enable the manufacturing of solid-state batteries for IoT connected devices.

CIC energiGUNE, a leading Basque research center in energy storage, is actively involved in the 3DSTORE project, focusing on the application of 3D printing technology to solid-state batteries. Collaborating with four other Spanish academic and industrial entities, led by IREC-Institut de Recerca en Energia de Catalunya, CIC energiGUNE aims to digitize battery manufacturing for future Internet of Things (IoT) applications. By leveraging their expertise in solid-state batteries, the center is well-positioned to address the project’s requirements.

The pioneering 3DSTORE project seeks to demonstrate the scalability and sustainability of 3D printing as a manufacturing technique for IoT applications. Supported by the Ministry of Science and Innovation’s «Strategic Lines» program, the project aims to develop digitally manufactured, high-performance lithium-ion batteries suitable for industrial IoT scenarios and critical infrastructures. These innovative energy storage solutions are crucial for meeting the demands of autonomous wireless sensor nodes in the future IoT landscape.

The consortium includes CIC energiGUNE, IREC Institute, University of Castilla-La Mancha (specializing in advanced ceramics 3D printing), Universitat Oberta de Catalunya (focused on IoT), and CELSA Group (expertise in steel). The 3DSTORE project aligns with the EU Strategic Research Agenda on Batteries and the Battery Roadmap 2030+, targeting high energy densities and performance goals.

+info: PARKE

CIC energiGUNE avanza en la fabricación de baterías de estado sólido mediante impresión 3D

CIC energiGUNE, uno de los principales centros de almacenamiento de energía del País Vasco, participa como socio investigador en el proyecto 3DSTORE. El proyecto, liderado por el IREC, se centra en aprovechar la tecnología de impresión 3D para permitir la fabricación de baterías de estado sólido para dispositivos conectados al IoT.

CIC energiGUNE, centro de investigación vasco líder en almacenamiento de energía, participa activamente en el proyecto 3DSTORE, centrado en la aplicación de la tecnología de impresión 3D a las baterías de estado sólido. En colaboración con otras cuatro entidades académicas e industriales españolas, lideradas por IREC-Institut de Recerca en Energia de Catalunya, CIC energiGUNE pretende digitalizar la fabricación de baterías para futuras aplicaciones del Internet de las Cosas (IoT). Aprovechando su experiencia en baterías de estado sólido, el centro está bien posicionado para abordar los requisitos del proyecto.

El proyecto pionero 3DSTORE pretende demostrar la escalabilidad y sostenibilidad de la impresión 3D como técnica de fabricación para aplicaciones de Internet de las Cosas. Con el apoyo del programa «Líneas Estratégicas» del Ministerio de Ciencia e Innovación, el proyecto pretende desarrollar baterías de iones de litio de alto rendimiento fabricadas digitalmente y adecuadas para escenarios de IoT industrial e infraestructuras críticas. Estas innovadoras soluciones de almacenamiento de energía son cruciales para satisfacer las demandas de los nodos sensores inalámbricos autónomos en el futuro panorama del IoT.

El consorcio incluye a CIC energiGUNE, el Instituto IREC, la Universidad de Castilla-La Mancha (especializada en impresión 3D de cerámica avanzada), la Universitat Oberta de Catalunya (centrada en IoT) y CELSA Group (experta en acero). El proyecto 3DSTORE está en consonancia con la Agenda Estratégica de Investigación sobre Baterías de la UE y la Hoja de Ruta de las Baterías 2030+, con el objetivo de alcanzar altas densidades de energía y objetivos de rendimiento.

Negobide Círculo Empresarial
Natalia Andrea Romero. GIIDEBA
Basque Science Woman Women STEM STEAM
CIC ENERGIGUNE
Basque Science Woman Women STEM STEAM
José Ignacio Zudaire
Ildefonso Martínez de la Fuente, EHU-UPV
Santa Águeda
Raquel Esteban Terradillos y Daniel Marino Bilbao
Dorleta Jimenez de Aberasturi
Olena Kyzyma
Rebeca Díez Alarcia

Last News

  • Clean Hydrogen Generation from Seawater
  • Neuron-like cells made from human dental stem cells
  • GLUTLEARN, an educational programme for people following a gluten-free diet
  • European cities are lagging behind in adapting to climate change.
  • LAPlab: Deciphering the secrets of language
  • MEPRO Medical Reproductive Solutions, technology with purpose: innovating in male fertility
  • The Basque Country will install the first ‘IBM Quantum System Two’ in Europe, in Donostia – San Sebastián
  • An environmentally friendly and economical high-power energy storage system from pine biomass
  • The fascinating invention to detect dark matter in Jupiter’s interior
  • Pilar Nicolás, researcher at the UPV/EHU, participates in the creation of the largest European DNA catalogue
  • Etxetar, the world’s leading engineering company in advanced production systems for combustion engine and electric vehicle parts
  • Pollinator diversity in urgent need of protection for ensure ecosystems function properly
  • Antonio Gómez Muñoz, named Honorary Member of the Sphingolipid Club
  • The Basque Country, a benchmark in neruromorphic technology
  • Bilbao presents its STEAM education strategy at the I European Congress in Göteborg
  • ‘Emakumeak Zientzian’: Basque Women in Science
  • Golden Gait helps Parkinson’s patients improve mobility
  • From Lab to Field: The startup revolutionizing sports nutrition
  • Casilda Iturrizar: A feminist legacy rescued by science
  • BILBAO HOSTS THE VII RSME CONGRESS OF YOUNG RESEARCHERS
  • The level of agreement among different nutrition labels worldwide is very low
  • Polykey provides polymer solutions for a more sustainable future
  • DIVE Medical helps diagnose visual and neurocognitive problems in childhood
  • Asparia Glycomics leads the market in glycans, essential molecules for diagnosing and curing multiple diseases
  • Jaime Martin, the Basque scientist who is researching organic solar cells in Galicia
  • One hundred and sixty-two people from the University of the Basque Country, among the most influential in the world of science
  • The Basque Hydrogen Corridor, one of the world’s main H2 valleys
  • Giideba, innovative technology to prevent and treat bedsores and venous thrombosis
  • This is LUR-1, the first 100% Basque satellite launched by AVS
  • AI detects cancer and viral infections with nanometre precision
  • Qassay develops medical readers for diagnosing diseases such as cancer or diabetes
  • 3R Technology to build lighter and more sustainable trains
  • Innitius: an AI capable of improving the health and quality of life of pregnant women and newborns
  • Uhinak: The international Congress is set to be held for the 6th time, addressing the rapid unprecedented oceanic change and its impact on the coast
  • ORE4citizens: An alliance driven by Basque Women Scientists is created to bring the potential of marine renewables closer to the public
  • How cells control and govern their movements
  • NEIKER: Biological fertilisers from fish waste, a sustainable alternative for agricultural soils
  • Tool for planning the energy renovation of buildings at the Basque Public University
  • BCBL: another step forward in research on the infant brain and visual system
  • A standard methodology for sensory analysis of wine is developed
  • Syngoi Technologies Expands Synthetic DNA Manufacturing Capacity after Series B Investment Led by Columbus Venture Partners
  • The Basque Country at the forefront of quantum science
  • New avenues to developing personalizetreatments for the Schizophrenia
  • Nanoprint Bio, the innovative initiative dedicated to tissue and organ regeneration
  • Tiresoul transforms used tires into sustainable shoe soles
  • The D’Elhuyar brothers: The discovery and isolation of tungsten
  • Mathematical Framework Revolutionizing Theoretical Paradigms in Oncology
  • Identifiant des méthodes essentielles pour améliorer la biodiversité dans l’environnement rural des Pyrénées occidentales
  • Converting Martian Winds into Electricity to Support Space Exploration
  • Discovered the first metabolic pathway in production of nitric oxide from amino acids in plants
Organización Integral de Eventos

SCIENCE

The scientific production in the Basque Country is very relevant. The educational and university environment, the business world, entities and institutions make up an important ecosystem here that is committed to the future.

TECHNOLOGY

Technologies and good methodologies facilitate a greater and better advancement of Science. Science and Technology come together to improve the quality of life of People, to build a better society..

INNOVATION

The Basque institutional strategies for Science, Technology and Innovation work to position our region among the most advanced European regions in innovation, with an excellent Human Development Index.