Battery Technology

Investigating Next-Generation Battery Possibilities.

Our Battery Research Areas

We are exploring how 2D materials like MXenes might influence the future of battery technology:
Molecular structure

Lithium-Metal Batteries

  • Energy Density: Researching ways to store more energy in smaller, lighter batteries.
  • Charging Speed: Investigating faster-charging possibilities.
  • Safety: Exploring methods to reduce risks associated with dendrites.
Lithium-metal Batteries
Lithium-metal Batteries

Solid-State Batteries

  • Efficiency: Studying improvements in ionic conductivity.
  • Safety: Considering safer alternatives to liquid electrolytes.

Grid Storage

  • Scalability: Examining large-scale solutions for renewable energy.
  • Reliability: Exploring consistent, long-duration energy storage.
Lithium-metal Batteries
Lithium-metal Batteries

Consumer Electronics

  • Battery Life: Investigating potential ways to extend the life of portable devices.
  • Compact Design: Exploring efficient storage for smaller devices.

Why Our Battery Research Matters

Our research could lay the groundwork for future advancements in electric vehicles, renewable energy storage, and consumer electronics.
By exploring these possibilities, we aim to understand how batteries might become faster, safer, and more efficient.