Products

Cylindrical Sodium-Ion Cells

Next-Generation Energy Storage & Power Cell Solution
Featuring Low Cost, High Safety, and Excellent Low-Temperature Performance

Significant Cost Advantage

Abundant and widely available sodium resources help reduce raw material costs, making sodium-ion batteries a cost-effective solution for large-scale applications.
Secure Resource Supply

Free from reliance on critical materials such as lithium and cobalt, sodium-ion batteries offer a more stable supply chain and greater resilience against raw material price fluctuations.
Excellent Low-Temperature Performance

Delivers reliable discharge performance even at temperatures as low as -20°C, making it well suited for cold-climate applications.
Enhanced Safety

Excellent thermal stability and a lower risk of thermal runaway make sodium-ion batteries ideal for energy storage and other large-scale applications.
Stable Cycle Life

Provides reliable cycling performance and long service life, particularly in low- to medium-rate applications.
High Compatibility

The mature cylindrical cell design enables standardized manufacturing, easy system integration, and scalable production.

The Safety of LFP + Lower Cost + Better Low-Temperature Performance

Cost-Effective

Abundant raw materials and lower cost than conventional LFP cells, helping reduce overall system costs.
High-Voltage Platform (3.8 V)

Higher output voltage improves system efficiency and power performance.
Higher Energy Density

Gravimetric energy density of up to 158 Wh/kg, comparable to 4.6 Ah 26700 LFP cells, balancing performance and cost.
Excellent Low-Temperature Performance (-20°C)

Stable discharge performance in low-temperature environments, with >90% capacity retention.
Highly Safety

Inherits the structural stability of the phosphate-based chemistry, making it suitable for a wide range of demanding applications.

Pioneering the 26700 Format and Driving Industry Standardization

High Energy Density (140–200Wh/kg)

Delivers extended runtime and range for a wide range of applications.
Versatile Power Performance

Supports diverse power requirements, from energy-focused to power-intensive applications.
Excellent Cell Consistency

High cell consistency ensures stable pack performance and improves overall system reliability.
High Compatibility

Standardized design supports a wide range of battery pack configurations and system solutions.
Cost-Effective

Mature manufacturing processes and large-scale production help reduce overall application costs.
High-Safety Design

The stable LFP chemistry provides reliable safety performance for demanding operating environments.