Energy data acquisition system suitable for multiple measurement terminals

Abstract

The invention discloses an energy data acquisition system suitable for multiple measurement terminals. The energy data acquisition system comprises an acquisition front end, a processing rear end and a communication module which is used for connecting the acquisition front end and the processing rear end. The acquisition front end comprises an image acquisition module and an image cache module. The processing rear end comprises a data recognition module, a data correction module, a data storage module and a master control module. The data recognition module is used for recognizing the image as the corresponding energy reading. The data correction module is used for modifying the mistakenly recognized energy reading. The data storage module is used for image and reading storage. The master control module is used for controlling all the modules to operate according to the system parameters. The communication module is used for providing a communication channel. The energy data acquisition system has high data acquisition efficiency and guarantees the data to be objective and real and the data are easy to keep for future reference for a long time. Meanwhile, the design mode of the simple front end and the complex rear end is adopted by the system so that accurate and efficient operation of the system can be guaranteed.

Description

technical field [0001] The invention belongs to the technical field of information collection, and in particular relates to an energy data collection system suitable for various measurement terminals. Background technique [0002] At present, high-energy industrial enterprises with relatively backward informatization generally use manual meter reading when they settle energy data every month and calculate energy consumption levels, while industrial enterprises with relatively complete informatization, although most of their electric meters, flow meters With the intelligent upload function, it can be directly uploaded to the data acquisition system, but there are still a small number of ordinary meters like mechanical water meters that do not have the intelligent upload function, and also need to be collected by the staff through manual meter reading. The method of manual meter reading takes a lot of time for the staff, and the work efficiency is extremely low. At the same ti...

AI Technical Summary

Problems solved by technology

[0002] At present, high-energy industrial enterprises with relatively backward informatization generally use manual meter reading when they settle energy data every month and calculate energy consumption levels, while industrial enterprises with relatively complete informatization, although most of their electric meters, flow meters With the intelligent upload function, it can be directly uploaded to the data acquisition system, but there are still a small number of ordinary meters that do not have the intelligent upload function, such as mechanical water meters, and also need to be collected by the staff through manual meter reading

The manual meter reading method takes a lot of time for the staff, and the work efficiency is extremely low. At the same time, there are problems such as inaccurate transcription, distortion of data collection, and historical real data cannot be saved for future reference.

Images