TECHNOLOGY

Our technical department is staffed with highly qualified and well trained engineers, who are always available for technical advice and application expertise.
We have a strong commitment to R&D and are constantly enhancing our battery portfolio with new innovative solutions. Our expert engineers are working with advanced battery
technologies and developing new products designed to outperform customer expectations.

LITHIUM BATTERY CURRENT TECHNOLOGY
AND PAIN POINTS

Conventional lithium-ion batteries have encountered intractable technical pain points

Security issues: life and death matters

The frequency of typical safety incidents caused by batteries is on the rise, and the safety of lithium battery has become the focus of all sectors of society.

Electrolyte in liquid battery is the main cause of battery safety accidents, and the energy density and cost of liquid battery have approached the limit.

New battery technology breakthrough is in urgent need of the new energy industry to meet the growing market demand.

Security issues: life and death matters

The frequency of typical safety incidents caused by batteries is on the rise, and the safety of lithium battery has become the focus of all sectors of society.

Electrolyte in liquid battery is the main cause of battery safety accidents, and the energy density and cost of liquid battery have approached the limit.

New battery technology breakthrough is in urgent need of the new energy industry to meet the growing market demand.

A PUBLIC TREND

Solid-state lithium battery: the next generation of lithium battery technology

Solid-state lithium battery combines high safety and high energy density battery technology.

The fundamental feature is the replacement of a liquid electrolyte with a solid electrolyte.

The crucial technology is the innovative development of materials.

Fully replace all solid state batteries; partially replace solid state batteries.

Most traditional lithium battery applications can be replaced by safer solid-state lithium batteries;

Due to safety factors, some areas that cannot use traditional lithium batteries are also potential markets for solid-state lithium batteries;

High safety, high energy density solid-state lithium batteries will greatly promote the trend of electrification in more fields.

SOLID-STATE LITHIUM BATTERY TECHNOLOGY

High Safety

Solid-state electrolyte material

In 2007, LLZO conductivity 310-4S / cm, lithium metal stability.

In 2015, Ta-LLZO, with a conductivity of 1.6 mS / cm.

In 2017, Ga-LLZO, a conductivity of 1.46 mS / cm.

Solid-state electrolyte material

Safety and cycle stability is further improved by electrolyte coating

Safety performance comparison

High Energy Density

Ceramic and lithium supplement material technology

High environmental stability of ceramic lithium supplement material.

Break the bottleneck of lithium supplement technology for high-gram capacity materials.

High specific energy materials such as lithium metal can be used

Lift the voltage through the core material

Further increase the energy density

Low Cost

Surface modification technology of lithium metal

Multilayer composite film can be mass-produced.

Realize ion blending, dendrite protection, surface passivation function.

Material cost did not increase significantly

High ratio can reduce unit costs

Simplify thermal management and reduce PACK costs

SOLID TECHNOLOGY PRODUCT ROADMAP

Improved Performance From Material Innovation.

Reduce Battery Cost By Production Upgrade.

Mass-production Through Facilities Modification.