Electrochemical energy storage

Phase transitions
Quantum entanglement
Quantum field theory
Topological invariants

The 2024 Croucher Advanced Study Institute (ASI) in Electrochemical Energy Storage has been developed against a backdrop of intense academic interest and industrial demand for sustainable energy solutions.

Electrochemical energy storage

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Energy storage is the key to lowering CO2 emissions by enabling more renewable energy generation to be used and also by enabling the transport sector to use electric energy generated in renewable ways rather than fossil fuels.

 

This event bridges academia and industry, fostering a crucial exchange of ideas and innovations aimed at overcoming current challenges in energy storage efficiency, safety, and cost. By uniting leading experts from both spheres, this ASI seeks to advance global efforts towards a sustainable energy future.

  • 28 January – 31 January 2025

  • City University of Hong Kong

  • Past

Key topics

  • Some of the key areas for discussion will be:
    Anode and cathode materials for lithium batteries
  • Liquid electrolytes and ionic liquids
  • Polymer, gel, and solid electrolytes
  • Supply chain issues in Li battery materials
  • Li battery recycling
  • Electrode/electrolyte interface
  • Safety, reliability, cell design, and engineering
  • Advanced Characterisation Techniques
  • Manufacturing technologies
  • Industrial production and development for HEVs, PHEVs, and EVs
  • Post Li-Ion technologies: Li-sulfur, Li-air, Na-ion, Mg-ion, K-ion.

Who the Institute is for

The Advanced Study Institute on Electrochemical Energy Storage is aimed at established scientists with substantial scientific backgrounds and early-career researchers in fields relevant to the topic.

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