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Battery Manufacturing Terminology
Electrode polarization caused by crystal nucleation and growth phenomena.
Electrode polarization caused by charge transfer steps in electrode reactions.
Electrode polarization accompanying electrochemical oxidation reactions.
Electrode polarization accompanying electrochemical reduction reactions.
Electrode polarization caused by ohmic resistance when current passes through the electrode or electrolyte.
Electrode polarization caused by chemical reactions that hinder electrode reactions.
Reversal of the polarity of battery electrodes. Typically caused by overdischarge of a low-capacity battery in a series connection.
Additional unwanted reactions in battery reactions, which lead to reduced charging efficiency and result in capacity and lifespan losses or performance degradation.
As the reverse prosscess of charge, the battery will convert storaged chemical energy into electric energy during the discharge.
Discharge with constant resistance.
Discharge with a constant current.
Discharge with a constant voltage.
The current value for a battery to deliver rated capacity at certain duration, it equals to the ratio of current/nominal capacity.
Cut-off conditions of the running work steps.
Take C-rate as the Cut-off condition for the work steps.
Take the Voltage as the Cut-off condition in the work steps.
