Battery data routing inspection instrument with variable routing inspection cycle and routing inspection method

Abstract

The invention relates to a battery data routing inspection instrument with a variable routing inspection cycle and a routing inspection method. The battery data routing inspection instrument comprisesa battery pack, a routing inspection collector and a mobile terminal; a microprocessor sends acquired real-time collection data of batteries to a battery state judgment module, the battery state judgment module automatically judges battery states according to preset judgment parameter values and conditions, a routing inspection instruction module adjusts the routing inspection cycle according tothe battery state amount sent by the battery state judgment module and automatically issues a routing inspection instruction back to the microprocessor, and the microprocessor executes the routing inspection instruction. By means of a framework module for intelligently judging and automatically selecting the on-site state through the battery state judgment module and the routing inspection instruction module and automatically obtaining a corresponding routing inspection scheme, implementation schemes for collecting data at different routing inspection cycle intervals are adopted for differentbatteries and states; by adopting a convenient and flexible mobile terminal management mode, the communication cost of the Internet of Things is optimized and reduced while it is ensured that effective data in various battery states is obtained.

Description

technical field [0001] The invention relates to a battery detection technology, in particular to a battery data inspection instrument and inspection method with a variable inspection period. Background technique [0002] The battery inspection instrument is a real-time online detection device for batteries. It has been widely used in the collection of battery data in electric power, communication, transportation, automobile and other related industries. The circuit structure of the traditional battery inspection instrument is relatively complicated, the hardware cost is high, and it is not easy to be popularized on a large scale; the current battery inspection system based on the Internet of Things framework mostly uses a fixed inspection cycle to collect data, and then uses 3G / 4G wireless network To transmit data, the frequency of data inspection and collection is proportional to the amount of collected data and data communication volume. If the interval of the inspection ...

AI Technical Summary

Problems solved by technology

[0003] The present invention is aimed at the fixed inspection cycle of the existing battery inspection instrument, if the inspection cycle setting interval is too short, a huge amount of communication data and repeated data will be generated, which will lead to an increase in communication costs; if the inspection cycle is set too long, As a result of data acquisition omissions and the inability to truly reflect the state of the system, a battery data inspection instrument and inspection method with a variable inspection cycle is proposed, and a flexible inspection method is adopted to ensure the acquisition of effective data in each battery state at the same time. , optimize and save the communication expenses of the Internet of Things

Images