Materials for Energy & Sustainability
AMaterials Innovations and Processing, Advanced characterization, Recycling and Modelling for the different battery systems: Exploring New Frontiers for a Sustainable Future
The development of advanced energy materials is now more important than ever due to the growing demand for sustainable and efficient energy solutions worldwide. In this symposium on energy materials innovations for diverse battery systems, we pave the way for a high-performance sustainable future and explore new frontiers in energy materials. The symposium will provide a dynamic forum for scientists, engineers and business executives to get together and exchange their most recent research results, cutting-edge innovations, and innovative concepts.
Scope:
There is an increasing need to power a growing number of different portable electronic devices in the scope of the digitization and mobility of society. Further, the uptake of electric vehicles, among other pertinent application areas, including stationary batteries to support the energy transition, necessitates advancements in energy storage system research and technology. In this sense, batteries are among the most suitable systems for a range of applications, and the primary force behind scientific advancements in the field is the employment of novel materials and material combinations in the various battery components. Thus, improved safety and reduced environmental impact are being considered in addition to battery performance.
This symposium, which takes into account both theoretical and practical approaches, focuses on the development of improved batteries for battery systems in this rich and dynamic setting. Advanced processing techniques, including additive manufacturing, and materials innovations with an emphasis on performance and sustainability are especially welcomed for the design and development of battery systems.
Topics:
- Advanced Battery Technologies:
- Innovations in lithium-ion, lithium-sulfur and lithium-air batteries
- Development of next-generation beyond lithium battery systems
- Emerging technologies and materials
- Predictive and atomic-scale modeling and simulation in battery material science
- Active materials for improved battery safety
- Fundamental mechanisms
- Advanced operando/in-situ characterization techniques
- Degradation and safety mechanisms
Sustainable Materials:
- Eco-friendly materials for energy storage
- Sustainable liquid and solid electrolytes
- Recycling and lifecycle management of battery materials
- Reducing the environmental impact of battery production
- Policy and regulatory frameworks for sustainable energy materials
Energy Efficiency:
- Enhancing battery performance and longevity
- Novel approaches to energy density and power output
- Thermal management and safety improvements
Applications and Integration:
- Energy storage solutions for large-scale automotive and/or stationary energy storage systems.
- Grid-scale energy storage and renewable integration
- Portable and wearable energy storage devices
- Printable and microbatteries
Hot topics to be covered by the symposium:
- Materials and processes for all batteries systems;
- Sustainable materials for battery systems;
- Advanced computing methods, including ML and AI, for materials design, development, integration and battery performance;
- Device design and production methods;
- Smart capabilities of battery systems;
- Advanced characterization techniques applied to materials and interfaces;
- Technological breakthroughs and innovations;
- Environmental and economic aspects, Life cycle assessment.
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Campus de Gualtar, Portugal
cmscosta@fisica.uminho.ptRm 207, BS Bld, Seodaemun-gu, Seoul, Korea
syleek@yonsei.ac.krs/n, Edif. Martina Casiano, Pl. 3 Parque Científico UPV/EHU Barrio Sarriena, 48940 Leioa, Bizkaia, Spain
senentxu.lanceros@bcmaterials.netJialuo Road 2019, Shanghai 201800, P.R. China
liuyao@sinap.ac.cn