Develops Next-Generation Batteries and Enhances Hydrogen Technologies

Author
UL Institute of Solid State Physics

December 9, 2024

collaboration

The University of Latvia’s Institute of Solid State Physics (UL CFI), the Institute of Electronics and Computer Science (EDI), and Riga Technical University (RTU), in collaboration with Swiss scientists, will research and develop solutions to enhance the stability of energy supply systems, advance next-generation battery development, and improve hydrogen production technologies.

Latvian universities and research institutes are partnering with Swiss institutions in this LACISE project under the Switzerland-Latvia Cooperation Program. Swiss collaborators include the Paul Scherrer Institute, the Zurich University of Applied Sciences, and the Swiss Center for Electronics and Microtechnology.

The project will leverage artificial intelligence to create innovative monitoring and planning tools that significantly improve energy supply security and promote the development of power grids, including their integration with renewable energy sources:

  • Monitoring tools will enable the quick identification and resolution of grid disruptions using real-time data and advanced ICT technologies.
  • Planning tools will facilitate efficient grid expansion, ensuring stability even under variable renewable energy conditions. An optimization model will be developed to efficiently manage networks.

The development of new technologies to improve the lifespan and efficiency of next-generation batteries is critical for sustainable energy storage. In this project, scientists from UL CFI's Energy Materials Laboratory will design batteries with longer lifespans and higher capacity, reducing the use of critical materials. They will also explore the utilization of aluminum waste for hydrogen production. Meanwhile, RTU's Institute of Materials and Surface Technologies will develop new catalysts for producing hydrogen from water using solar energy.

The project not only aims to address existing energy challenges with innovative solutions but also fosters international scientific collaboration, ensuring sustainable energy production and storage for the future.

Photo: Pixabay.com

Recommended articles

space collaboration technologies

ESA and "OHB Systems" Visit to Latvia Boosts Cooperation and Growth in the Space Sector

To strengthen cooperation with Latvian institutions, companies, and research organizations in the space sector, representatives of the European Space Agency (ESA) and Germany’s leading satellite manufacturer OHB Systems AG visited Latvia from 19 to 21 May 2025. During the visit, meetings were held …

Latvia Space

May 30, 2025

entrepreneurship collaboration

I. Treija: The Startup Era Has Begun in Europe

I keep repeating it — and will continue to do so: looking at the European Commission’s (EC) stance and recent decisions, it is clear that this is the time for startups. Europe believes that there is enough talent and a strong foundation here for innovation to deliver the much-needed breakthrough, e…

Ieva Treija, "Labs of Latvia" galvenā redaktore

May 10, 2025

collaboration research

Latvian and Swiss Scientists Join Forces for Sustainable Energy Development and Youth Engagement in STEM

On May 6, a major project within the Switzerland–Latvia cooperation programme “Applied Research” — LACISE — was officially launched at the Institute of Solid State Physics, University of Latvia (ISSP UL). The project focuses on ICT and smart energy solutions.   At the opening event, …

LU CFI

May 7, 2025

collaboration research

Latvian and Swiss Scientists Join Forces for Sustainable Energy Development and Youth Engagement in STEM

On May 6 at 9:00 AM, the University of Latvia’s Institute of Solid State Physics (ISSP UL) will host the launch of a major Swiss–Latvian cooperation programme project in the fields of ICT and smart energy—“LACISE”, part of the “Applied Research” initiative. The opening event will be attended…

Latvijas Universitātes Cietvielu fizikas institūts

April 30, 2025