Storage battery charger, mobile terminal for storage charge management, and cloud platform based storage battery charge management system and method

Abstract

The invention discloses a storage battery charger, a mobile terminal for storage charge management, and a cloud platform based storage battery charge management system and method, and relates to the field of IoT application related to storage battery charge management. The system provided by the invention includes the storage battery charger, the mobile terminal for storage battery charge management and a cloud server. The storage battery charger is in communication with the mobile terminal and the cloud server via a WI-FI module and uploads storage state data and charge data to the cloud server and downloads control commands from the mobile terminal. By adopting the technical scheme provided by the invention, IoT management on the storage battery charger is realized, a mode of storage battery charge management is optimized and big data support and product optimization direction are provided for storage battery manufacturers.

Description

technical field [0001] The invention relates to the field of battery charging management, in particular to a battery charger, a mobile terminal for battery charging management, and a cloud platform-based battery charging management system and method. Background technique [0002] At present, the traditional chargers on the market do not have communication functions. The charger is an island of information, and the charging data of the charger cannot be monitored and read. With the advancement of technology, there have been chargers with simple serial port functions, so that the factory settings of the charger can be modified on site, and the charging data can be detected and read, which is convenient for users to manage the charger and extend the life of the charger. and battery life. With the development of communication technology and the further popularization of the Internet and the Internet of Things, people put forward more requirements for the management of battery c...

AI Technical Summary

Problems solved by technology

With the development of communication technology and the further popularization of the Internet and the Internet of Things, people put forward more requirements for the management of battery chargers. The existing battery chargers either have no communication function, and the control and monitoring of the charger can only On-site; or it only has a simple serial communication function with the on-site computer, without the Internet cloud service function, and it can only be controlled and monitored on-site, but it is only expanded from the charger to the charger and the on-site computer. The APP controls and monitors the charger on site and remotely; there is another communication method that the charger communicates with the smartphone through Bluetooth, and the smartphone controls and monitors the charger through the APP. Control, monitoring, etc., but only on-site control and monitoring, not capable of simultaneous on-site and remote control and monitoring

[0003] Existing battery chargers can only control and monitor the charger on site, but cannot remotely control and monitor the charger; they can only view the working status of the charger at that time, but cannot check the historical records; they can only check the simple working status of the charger, but not comprehensively The various parameters of the charger can be checked; the working status of the charger cannot be checked visually and intuitively in the form of graphics, tables, etc.; it is very inconvenient to connect the charger and the on-site computer with a cable, and it needs to occupy a computer for a long time

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