A lead-acid battery control system and intelligent system

Abstract

The invention discloses a lead acid storage battery control system and intelligent system. The control system comprises acquisition units and servo units which are arranged in single lead acid storage batteries, intelligent gateways, an original data acquisition unit for obtaining original data of each single lead acid storage battery when the batteries leave factories, and a cloud data control platform. Due to introduction of the acquisition units, the servo units and the original data acquisition unit, the cloud data control platform can obtain operation state parameters of each single lead acid storage battery and the original data when the batteries leave the factories, such that life-cycle parameters of each single lead acid storage battery in the process from production to application can be tracked and detected, solid data is provided for management and maintenance of each single lead acid storage battery, users can be enabled to better manage and maintain the lead acid storage batteries, and the lives of the lead acid storage batteries are effectively prolonged.

Description

technical field [0001] This application relates to the field of management and control of lead-acid storage batteries. Background technique [0002] Valve-regulated lead-acid batteries are often used as a backup power supply and are widely used in important places such as power rooms, data rooms, and mobile base stations. In recent years, the global valve-regulated lead-acid battery market capacity has reached tens of billions of yuan per year. [0003] Due to the great difference in the operating environment of VRLA batteries, monitoring and maintenance of VRLA batteries is necessary for many important places. At present, there are two main ways to monitor and maintain lead-acid batteries in the industry: [0004] The first is manual inspection. Every once in a while (such as 3 months or half a year), engineering personnel arrive at the site to test the current, voltage, and temperature of the lead-acid battery, and manually record the test measurement data. There are se...

AI Technical Summary

Problems solved by technology

There are several disadvantages in manual inspection: because many base stations are located in remote areas, the investment of personnel and vehicle resources is large, which is time-consuming and laborious; power and computer rooms are important places, and the management of personnel entry and exit is very strict, and there may be hidden dangers of computer room failure when personnel enter the computer room

But it also brings new inconveniences: first, the wiring of the monitoring cable is complicated, and it is easy to cause interference with the strong electric cable, or even open circuit or short circuit; The health status of the acid battery makes it impossible to carry out scientific maintenance and maintenance

[0006] Under the current technical conditions, the backup power supply of communication base stations usually has a rapid decline in capacity after about 2 to 3 years of use, and is forced to be scrapped in advance, causing a large amount of economic losses and environmental pollution

Or the lead-acid battery is running at low capacity, which shortens the backup time of the base station, thus affecting the communication service quality of the base station, and there is a risk of communication interruption

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