Quasi-Solid-State Magnesium Ion Battery
This battery innovation introduces a novel porous phyllosilicate membrane enriched with Mg2+ ions, serving as both a membrane and an electrolyte for quasi solid-state Mg batteries.
Enhanced Performance
Offers a new pathway to fabricate high-performance quasi-solid-state magnesium batteries with superior performance and cycle life.
Reduced Side Reactions
The use of MgCl2-soaked phyllosilicate membrane minimizes side reactions, enhancing battery efficiency and reliability.
Patent Application Number: 479386; PCTIN2023050551
Quasi-Solid-State Magnesium Ion Battery
This battery innovation introduces a novel porous phyllosilicate membrane enriched with Mg2+ ions, serving as both a membrane and an electrolyte for quasi solid-state Mg batteries.
Next-Generation Membrane Technology
Introducing a porous phyllosilicate membrane enriched with Mg2+ ions, serving as both membrane and electrolyte for quasi-solid-state Mg batteries.
Unique Membrane Design
Employs a highly porous phyllosilicate soaked in MgCl2 solution and coated on both sides of a PP sheet, offering enhanced ionic conductivity and electrolyte uptake.
High Performance
Achieves a high ionic conductivity of 2.87 ×10-3 S cm-1 at 25°C, along with a wide voltage window of 3.1 V.
Long Cycle Life
Demonstrates exceptional cycle stability, surpassing 10,000 cycles in QSSMgB coin cell testing.
Efficient Electrochemical Reactions
Enables reversible Mg2+ plating/stripping on the Mg anode, minimizing side reactions and ensuring high performance.