Multifunctional power supply system based on dual-variable type intermittent pulse algorithm, and charging method therefor

Abstract

The invention belongs to the technical filed of battery charging, and provides a multifunctional power supply system based on a dual-variable type intermittent pulse algorithm, and a charging method therefor. The multifunctional power supply system comprises a controller, a charging module, a sensor module, a display module, an alarm module, a lithium battery, a discharging voltage boost-buck protection module, and a voltage and current detection module, wherein the controller is connected with the charging module, the sensor module, the display module, the alarm module, and the voltage and current detection module separately; and the lithium battery is connected with the charging module, the sensor module, the discharging voltage boost-buck protection module, the voltage and current detection module and an external direct current power supply separately. The multifunctional power supply system is a charging system based on the dual-variable type intermittent pulse algorithm; the algorithm is creative, and the charging system has wireless and wired charging modes; the lithium battery is subjected to temperature and pressure compensation through temperature and pressure, so that the charging process for the battery is safer, quicker and more reliable; and in addition, the multifunctional power supply system has alarm and visual functions, so that the charging condition can be mastered in time in a more visualized manner.

Description

technical field

[0001] The invention belongs to the technical field of battery charging, in particular to a multifunctional power supply system based on a double-variable intermittent pulse algorithm and a charging method thereof. Background technique

[0002] At present, mobile devices using rechargeable lithium batteries as energy storage components are developing rapidly. At the same time, the high usage rate and high energy consumption of devices have put forward new and higher requirements for lithium battery charging methods and charging algorithms. However, most of the domestic power supply systems still use the wired charging method. In many occasions, the charging is limited and the charging method is not flexible. Some power supply systems with wireless charging methods also have a relatively simple implementation method. The charging algorithm used by the charging system is still the traditional two-stage or three-stage charging, and the very few pulse charging m...

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