Our Batteries

New developments of batteries in China

The Chinese technology industry is known for its continuous development and has a clear lead in many areas, especially in new battery technologies. While developers in other countries often lag behind, Chinese companies are driving research and production forward.

Particularly noteworthy is the development of advanced sodium-ion batteries such as Sodium Ion, Sodium Ion Phosphate, Sodium Polycation, Sodium Sulfate, Sodium Ion Layer Oxygen, Sodium Ion Poly Cathode, Sodium Solid Estate, Sodium Vanadium Phosphate, Sodium Oxide and Laminate Polymer NaFePO4 (Sodium Iron Phosphate).

Advantages

Generally stable and safe. Sustainable because phosphate is environmentally friendly and light.
High thermal stability
Long service life and high cycle stability
Safe operation without risk of fire
Environmentally friendly due to the absence of cobalt and nickel

Usage

Suitable for applications where safety and cost efficiency are paramount,
Electromobility (e-bikes, light commercial vehicles)
Energy storage solutions for renewable energies
Industrial applications where high safety is required

Sodium polycation

Advantages

Allows more complex chemical structures for higher stability or better conductivity.
Higher energy density compared to standard sodium batteries
Fast charging and discharging capability
Improved service life due to more stable cathode structures

Usage

Research projects or as an additive to optimize existing batteries.
Electric vehicles and fleet management
Portable electronics and devices
Industrial high-performance applications

Sodium sulfate

Advantages

Low-cost materials and easy manufacturing
Lower environmental impact compared to other battery types
Excellent performance at low temperatures

Usage

Power storage in cold climates
Emergency power systems
Grid stabilization applications

Sodium Ion

Advantages

Cost-effective alternative to lithium-ion batteries
Use of abundantly available raw materials
Safer and more environmentally friendly
Less tendency to overheat
Good performance at different temperatures

Usage

Cost-sensitive applications, e.g. stationary storage, smaller electric vehicles or forklifts.
Stationary energy storage solutions (e.g. solar and wind power plants)
Backup systems for power grids
Applications in the household and industrial sectors

Sodium Ion layer oxygen

Advantages

Cost-efficient due to the use of sodium. Easily available as no lithium is required.
Very high energy density due to special layer structures
Improved charging efficiency
Longer service life compared to conventional batteries

Usage

High-performance energy storage solutions
Extended-range electric vehicles
Aerospace applications

Sodium Ion poly cathode

Advantages

High capacity thanks to innovative cathode materials
Increased stability during charging and discharging cycles
Environmentally friendly alternative to conventional cathodes

Usage


Energy storage for renewable energy
Portable devices and household applications
Industrial power systems

Sodium Solid Estate

Advantages

Long service life and high energy density.
Increased safety thanks to solid electrolyte
Prevents the risk of short circuits and thermal runaway
Longer service life and higher energy density

Usage

Next-generation electric vehicles
High-capacity portable electronics
Aerospace applications

Sodium Vanadium Phosphate

Advantages

High capacity and improved energy density
Long life with minimal capacity loss
Vanadium improves stability and efficiency

Usage

Industrial power systems
High-performance energy storage
Chemical industry applications

Sodium Oxide

Advantages

Easy to manufacture material
Good performance at high temperatures
Cost-effective alternative to lithium batteries

Usage

Energy storage for industrial processes
Applications in hot environments
Emergency power supply systems

These innovative battery technologies are constantly being developed further, but thanks to our partnerships with leading factories in China, we can already deliver them and thus make an important contribution to sustainable energy supply and electromobility.

Scroll to Top