Storage battery with intelligent management function

Abstract

The invention discloses a storage battery with an intelligent management function, and relates to the field of automobile storage battery design. The storage battery comprises a storage battery body as well as a detection unit, an executor and an intelligent module unit which are arranged on the storage batter body, wherein the detection unit is used for automatically detecting a state of the storage battery; the executor is used for adjusting the state of the storage battery; and the intelligent module unit is used for processing feedback information of the detection unit of the storage battery and controlling the executor based on an information processing result so as to correct the state of the storage battery. Therefore, the storage battery is more intelligently maintained; the performance of the storage battery is improved; the service life of the storage battery is prolonged; and the negative influence on a vehicle due to a storage battery fault is effectively prevented.

Description

technical field [0001] The invention relates to the design field of automobile accumulators, in particular to an accumulator with intelligent management function. Background technique [0002] At present, the on-board batteries used in fuel vehicles are usually lead-acid batteries or maintenance-free lead-acid batteries. During the use of the batteries, the electrolyte may gradually increase with use, and there may be leakage or lack of liquid; or due to the use of the batteries During charging and discharging, the moisture in the electrolyte is decomposed, resulting in excessive density of the electrolyte and a decrease in the penetration capacity of the electrolyte. On the contrary, the terminal voltage and charge capacity of the battery will decrease, and the excessive density of the electrolyte will cause the plate to vulcanize And separator corrosion and other problems. At this time, the battery needs to be repaired and maintained, but for the driver of the vehicle, ho...

AI Technical Summary

Problems solved by technology

[0002] At present, the on-board batteries used in fuel vehicles are usually lead-acid batteries or maintenance-free lead-acid batteries. During the use of the batteries, the electrolyte may gradually increase with use, and there may be leakage or lack of liquid; or due to the use of the batteries During charging and discharging, the moisture in the electrolyte is decomposed, resulting in excessive density of the electrolyte and a decrease in the penetration capacity of the electrolyte. On the contrary, the terminal voltage and charge capacity of the battery will decrease, and the excessive density of the electrolyte will cause the plate to vulcanize and separator corrosion etc.

At this time, the battery needs to be repaired and maintained, but for the driver of the vehicle, how to identify the state of use of the battery is a very difficult thing

Many drivers always ignore the maintenance of the battery in the process of vehicle maintenance, which reduces the service life of the battery and leads to vehicle quality problems

For automobile manufacturers, if the battery cannot be maintained intelligently, it is also a defect in product quality

[0003] Although some battery detection and control technologies have also appeared in the follow-up, they all have problems such as complex structure, inaccurate detection and untimely control.

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