A data acquisition communication platform and a communication method for supporting direct mining of large-scale electric energy meters

Abstract

The invention discloses a data acquisition communication platform and a communication method for supporting direct acquisition of large-scale electric energy meters. The platform is based on a clusterstructure, and is composed of a main control module, a communication module, a data processing module, a monitoring module, an independent archive information configuration library and a collection information private cloud storage platform. By optimizing the collection structure, improving the high-efficiency service communication between the cluster capacity and the collection system and balancing the load of the electric energy meter direct acquisition terminal, the invention ultimately solves the problems faced by the large-scale electric energy meter direct acquisition terminal in stableaccess and high-efficiency communication.

Description

technical field [0001] The invention relates to the field of electric energy meter collection, in particular to a data collection communication platform and a communication method supporting direct collection of large-scale electric energy meters. Background technique [0002] With the continuous expansion of the coverage of the collection system, the scale of direct mining terminals for electric energy meters continues to grow. The application of big data collected by electric energy meters not only supports various traditional marketing businesses, but also extends to the field of power production for low-voltage control of distribution networks and distribution transformers. Operation management provides data support, but there is currently no effective technical means for user power outage information management. In order to improve the efficiency of distribution network repairs and optimize the collection structure, the direct mining method of electric energy meters has ...

AI Technical Summary

Problems solved by technology

[0002] With the continuous expansion of the coverage of the collection system, the scale of direct mining terminals for electric energy meters continues to grow. The application of big data collected by electric energy meters not only supports various traditional marketing businesses, but also extends to the field of power production for low-voltage control of distribution networks and distribution transformers. Operation management provides data support, but there is currently no effective technical means for user power outage information management. In order to improve the efficiency of distribution network repairs and optimize the collection structure, the direct collection of electric energy meters has gradually attracted attention. By directly reading electric meters, you can directly Obtain the first-hand data of the user's site, which can effectively solve the user's on-site power consumption problem

[0003] However, with the access of the energy meter direct collection terminal, it will definitely bring more severe tests to the operation of the collection system. How to maximize the use of system resources and how to improve the system access terminal without increasing physical equipment How to achieve data processing, protocol analysis, and task scheduling capabilities to meet the processing performance required by the terminal access volume, and how to achieve efficient business communication with the acquisition system are still the current large-scale direct acquisition of electric energy meters to be solved technical problem

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