SIBs

SIBs

PBA

Descriptions (Cathode/Electrolyte/Anode): PBA/salt+solvent+additive/hard carbon Main features: low material cost,working voltage close to that of LFPs Challenge/Problems: crystalline water issue, difficulty in process handling; Applications:starting, light EV, power tool

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SIBs

NFS (Polyanion)

Descriptions (Cathode/Electrolyte/Anode): Cathode: Cathode: Cathode: NFS, anode: hard carbo , electrolyte: salt+solvent+additive. Seperator: PP/PE Main features: low material cost,cheap raw material Challenge/Problems: Material prone to moisture, dificulty in process handling Applications:light EV

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SIBs

NFPP (Polyanion)

Descriptions (Cathode/Electrolyte/Anode): Cathode: Cathode: NFPP, anode: hard carbon , electrolyte: salt+solvent+additive. Seperator: PP/PE Main Features: Stable material structure,high cycle numbers Challenge/Problems: Low energy density, high Wh cost Applications:Home ESS, large ESS

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SIBs

Layered oxide P2-phase

Descriptions (Cathode/Electrolyte/Anode): Cathode: P, anode: hard carbon , electrolyte: salt+solvent+additive. Seperator: PP/PEMain Features: High voltage, close to that of NCM Challenge/Problems: Contain nickel, high cost; gas accumulating, uncertain long term impact, short cycles; Safety issue. Applications:Standby power

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SIBs

Layered oxide O3-phase

Descriptions (Cathode/Electrolyte/Anode): Cathode: O3, anode: hard carbon , electrolyte: salt+solvent+additive. Seperator: PP/PE Main Features: High specific energy Challenge/Problems: Contain nickel,high cost; gas accumulating, uncertain long term impact; Safety issue Applications:Starting, outdoor portable power, light EV

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