1. Improve energy density. Developing new materials and new chemical systems can achieve it.
  2. Improved stability and uniformity of semi-solid electrode suspensions. It is possible to introduce functional groups on the surface of active materials. It can interact with the electrolyte and improve the contact between the active material and the electrolyte. So the active material is stably and uniformly dispersed.
  3. Improve cycle stability. The effect of the SEI film takes into consideration.
  4. Solve the problem of mutual restriction between the conductivity and viscosity of the suspension. A conductivity and high dispersibility conductive agent and a suitable material system are necessary. The content of the conductive agent and the battery structure need to optimize, to improve the specific capacity of the battery.
  5. Reduce battery system costs. Optimized battery structure and simplified the battery preparation procedure helped achieve industrial production.
  6. Recycling of batteries. Design a battery structure that is conducive to recycling. Simplify the recycling steps of traditional batteries, and study the regeneration technology of semi-solid electrode suspensions.