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What is battery water consumption?

What is battery water consumption?

The chemical reaction equation of a lead-acid battery says: PbO2+2H2SO4+Pb=PbSO4+2H2O+PbSO4 It can be seen from the reaction equation that the acid in the electrolyte only participates in the electrochemical reaction. During charging, it changes from the combined state of the solid on the electrode plate to a new ecology and enters the electrolyte, and when …

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The state of charge of lead acid battery

The state of charge of lead acid battery

What is the state of charge of lead acid battery? The charge-discharge reaction process of lead-acid batteries can be seen: After charging, the sulfuric acid content in the electrolyte increases, and the density increases; in the discharged electrolyte, because part of the sulfuric acid forms the compound PbSO4 in solid form, it is transferred to …

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Gas evolution and electromotive force of lead-acid batteries

Gas evolution and electromotive force of lead-acid batteries

This chapter mainly introduces the gas evolution and electromotive force of lead-acid batteries1.1 Gas evolution of lead-acid batteriesThe chemical reaction equation of lead-acid battery charge and discharge:PbO2+2H2SO4+Pb=PbSO4+2H2O+PbSO4 It can be seen from the reaction equation that during the charging and discharging process of the battery, there are only two states of solid and liquid, and …

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The charge-discharge reaction process of lead-acid batteries

The charge-discharge reaction process of lead-acid batteries

Batteries belong to the specialty of electrochemistry. Because of the comprehensive professional knowledge, technology diffusion is difficult. This chapter introduces the charge-discharge reaction process of lead-acid batteries. The user of the battery needs to master the necessary knowledge in order to provide the battery with reasonable conditions of use. According to the actual situation in …

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