Interactive self-service restoration method based on remote fee control mode

Abstract

The invention discloses an interactive self-service power restoration method based on a remote cost control mode. The method includes the following steps: a. The interactive self-service power restoration terminal is connected to a cost control system through a wireless communication network, and then communicates with a smart phone through an RS485 communication module. The electricity meter is connected to the user inquiry terminal; b. After purchasing electricity on the payment platform, the user obtains a receipt printed with a barcode containing the recharge Token information; c. The user scans the barcode on the interactive self-service electricity recovery terminal, and the token information It is transmitted to the prepaid smart meter through the interactive self-service recovery terminal, and the recharge is completed after verification; or the 20-digit recharge Token code is input into the interactive self-service recovery terminal through the keyboard module to complete the information collection; d. The prepaid smart meter is based on the Token information Continuous power supply when the power is not cut off or re-power supply after power cut off. The invention realizes the seamless connection and flexible selection of two modes of remote charge control and local charge control, and improves the service satisfaction of electricity users.

Description

Technical field: [0001] The invention relates to a power system restoration system for electric power system, in particular to an interactive self-service restoration method and system for power system. Background technique: [0002] With the in-depth development of Henan Electric Power Company's electricity consumption information collection construction, the current collection coverage has reached more than 45%, which provides great convenience for meter reading charges. At present, the operation of the electricity consumption information collection system has been gradually stabilized. On the basis of the collection and construction, a prepaid electricity purchase model has been proposed. Electricity prepayment service is an intelligent service. Its basic business principle is to require electric power users to prepay electricity charges before using electricity. The prepayment service system charges the electricity prepayment users who are using it periodically according...

AI Technical Summary

Problems solved by technology

After the user purchases electricity, the energy meter cannot complete the power transmission operation immediately due to reasons such as the success rate of communication and the delay in data exchange between the systems of the master station system; similarly, there is a great potential safety hazard in remote power transmission. In the case of notifying the user, personal and property safety problems are prone to occur

Therefore, remote prepayment has unavoidable problems in power recovery, and cannot effectively improve service efficiency

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