Three element positive material battery

Core route foundation of high power energy density cell technology, currently catering to

Energy density 190Wh/kg

Fast charging time controlled within 20 minutes

Meet the requirements of general safety level

Keep the market price at a high cost performance advantage with competitors

Increase the favor and dependence of OEMs on us

Safety of changing the negative electrode material formula

The graphite cathode material formula overcomes the expansion, is resistant to high temperature 60 ℃ 3C charging, is resistant to low temperature - 50 ℃ 1C discharge, is not flammable and explosive, and is of general safety level.

Self made formula of organic electrolyte

The pure organic solution formula uses graphene to penetrate the electric ion flow to achieve the effect of rapid charge and discharge, and uses water-based electrolyte to reduce the safety risk and the most reliable cost.

Lithium iron phosphate supercapacitor battery

High safety performance

High temperature performance 60 ℃ 200C discharge

Low temperature performance - 40 ℃ 10C discharge, - 50 ℃ 5C discharge

Energy density 60-80Wh/kg

Fast charging 3-10 minutes

Electric motorcycle 220V voltage charging for 20 minutes

Fully charge the electric motorcycle with 380V voltage for 1 minute

The electric vehicle will be charged with more than 90% power in 3-10 minutes

It only takes 40 minutes for a heavy truck to fully charge more than 93% of its 400 kilowatt hour battery

Invented similar super capacitor battery technology, leading the world

Organic electrolyte

Invented a new electrolyte


Because it is at the negative pole, the change of material formula uses special electrolyte, which solves the technical problem of absolute safety of charging and discharging

Charging and discharging

In the process of rapid charging and discharging, it is 200 times more than the traditional lithium battery

Sodium ion cathode material

High rate performance: 4C charging, more than 80% charging in 10 minutes, temperature rise less than 10 ℃

Excellent low-temperature performance: discharge more than 70% at - 40 ℃

Negative electrode substrate (low cost): aluminum foil

Electrolyte (low cost): sodium hexafluorophosphate system

Solvent (low cost and environmental protection): ethanol

High energy density: positive pole is sodium manganate, energy density of battery product: 200Wh/kg-250Wh/kg

Low energy consumption: the production process is simple, and the energy consumption is half of that of lithium battery

Low cost: the production process cost is low and the material cost is low. The comprehensive cost is half of that of lithium battery. To sum up, its low-temperature performance, low cost safety performance, environmental protection and rate performance are far superior to lithium ion batteries

Cathode material

The cathode material is NaMnO2, which belongs to layered oxide with high energy density. Because of its good electrochemical performance, high theoretical capacity and low price; However, the layered oxide cathode materials have continuous stress during the charging and discharging process, which is easy to cause the collapse and amorphous of the active material structure, resulting in poor cycle stability of the materials. The defect of cycle life is improved by using cation substitution method

Negative electrode material

The anode material is hard carbon, and its electrochemical performance is improved by regulating and modifying the hard carbon structure, regulating the pore structure, controlling the defects and controlling the surface area of the material

Organizational structure

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