Porosity in electrochemical energy storage materials for superior performance gaining: insight into property performance and looking ahead
Mazen Alshaaer
The use of renewable energy, electric vehicles, and high-density compact devices requires the power density, long-term stability, and long cycle life of the electrochemical energy storage (ESS) systems. Ion transport, charge storage and mechanical stability of the electrode can be improved with high specific surface area and porous electrodes with well-designed pore structures and high accessibility of electrolytes to the electrodes. The present work critically outlines the current trends in the