Performance

Reason for Improvement

Potential Application Advantages

High Safety

Utilizes inorganic non-flammable electrolyte with good thermal stability

Simplifies system safety protection design, reduces constraints on battery system layout

High Energy Density

Capable of adopting bipolar plate structures, compatible with high-capacity anode and cathode materials such as lithium metal

Enhances battery module energy density, potentially doubling it, and may reduce manufacturing costs

High Power Characteristics

Ion hopping transport mechanism of solid electrolytes, with high ionic conductivity and lithium-ion transference numbers

Improves fast charging performance, matching the needs of electric vehicles

Good Temperature Adaptability

Operates within a wide temperature range of -30~100℃, with solid electrolytes that neither freeze nor vaporize

Simplifies cooling mechanisms, broadening application scenarios for electric vehicles

Wide Range of Material Selection

Wide voltage window with good stability at high voltages

Reduces interfacial side reactions, expanding the range of anode and cathode materials, and lowers raw material costs and resource scarcity risks