Electric charge calculating and issuing method and system based on cloud platform and data medium station

Abstract

The invention discloses an electric charge calculation and issuing method and system based on a cloud platform and a data medium station. The method comprises the steps: stripping an accounting management service from a power system, building an amount charge calculation center and an accounting application based on a technical support platform, and carrying out the construction of the technical support platform based on the cloud platform and the data medium station. The content comprises a distributed file system Hadoop based on a data medium table, a relational database PostgreSQL, a distributed column database HBase and a real-time calculation platform Storm; the distributed cache Redis, the distributed message queue Kafka and the micro application group Docker are based on the cloud platform. According to the invention, higher and easier-to-expand system performance is provided, so that the efficiency of electric quantity and electricity charge calculation is enhanced. According to the novel architecture, distributed storage, streaming calculation and other technologies are adopted on the whole to achieve accounting services. The method greatly accelerates the speed of calculating and issuing the electric charge, enables the user to receive the electric charge bill information earlier every month, provides great convenience for the customer on the whole, and enables the electricity experience effect of the customer to be better.

Description

technical field [0001] The invention relates to the technical field of electricity bill calculation and issuance, in particular to a method and system for electricity bill calculation and issuance based on a cloud platform and a data center. Background technique [0002] According to the requirements of the same period of purchase and sale, the marketing business system needs to meet the 24 o'clock meter reading at the end of the month, and provide the data and reports required by each business department within 5 working days. Higher requirements are put forward for the computing performance and processing power of marketing business systems. According to this requirement, at least one day is required for the collection of electricity indication data, one day for electricity fee refund and error correction, one day for report statistics, and only 2 days for electricity fee settlement and issuance. According to the actual operation situation, the current architecture of the...

AI Technical Summary

Problems solved by technology

According to the actual operation situation, the current architecture of the marketing business application can only support the completion of issuance within 5 days, which cannot meet the requirements for the same period of purchase and sales. The overall operation brings hidden dangers

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