Research on information management analysis of battery efficiency data

With the rapid development of science and technology, environmental pollution and excessive mining of minerals have led to increasingly serious problems such as the depletion of earth resources, which has also led to the rise of the green energy market, including the battery industry discussed in this article. The market of the battery industry has grown rapidly in recent years. Although it has brought green energy and the trading potential of a broad new market, the problems of battery materials, waste battery recycling and measurement, and second-degree employment have emerged one after another. Taking advantage of the opportunity, battery detection and tracking analysis will be a key issue for efficient recycling of waste batteries. We use the instrument to observe each charge and discharge capacity of the battery, and learn the information management system for foreign language major in Shu Guang girls’ senior high school, so as to learn the data analysis and consolidation of the relationship between charge and discharge, present the experimental data in the form of XY scatter diagram, and analyze the current whole state of the battery. In this way, we can not only effectively classify the waste batteries, but also more accurately evaluate the benefits of each different waste battery at the use level, so as to achieve the purpose of recycling the waste batteries. It is found from participating in the university end scientific research that the information foundation we learned in high school is a profound one. In the graph drawn by the charge and discharge in the data and the dynamic change from 100005 and 100005-1 data, the change from charge 4.2V to discharge 3.3V can be dynamically tracked.