Abstract: Collecting and storing temperature data includes acquiring a starting time at a temperature recording time period and acquiring temperature data for each time stamp. The target compressed data corresponding to the temperature recording time period is obtained by compressing the temperature data. The starting time data and the target compressed data corresponding to the temperature recording time period is stored in a temperature recorder. Multiple temperature data points may correspond to one piece of compressed data, so that each piece of temperature data only occupies a small amount of storage space. The starting time data and multiple pieces of compressed data are stored in the temperature recorder together, allowing improved storage performance of the temperature recorder and rapid collection of the temperature data. A blockchain-based verification for the collected temperature data ensures the security and authenticity of the data collection and prevents the data from being tampered with.

Abstract: A method, a system, an electronic device, and a storage medium for storing and collecting temperature data are disclosed. The storage method includes: acquiring starting time data corresponding to a temperature recording time period and acquiring actual temperature data corresponding to each time stamp; obtaining at least one piece of target compressed data corresponding to the temperature recording time period by compressing the actual temperature data; and storing the starting time data and the target compressed data corresponding to the temperature recording time period into a storage space of a temperature recorder.