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Electricity usage information collection system includes a master station system, communication channel and terminal devices. Among them, the master station system is the brain center of electricity information collection system which can achieve called measuring mechanism storage, calculation and analysis, data exchange, time calibration, file management. The advantages and disadvantages of master station’s performance, and rationality of handling mechanism directly affect the normal operation of the electricity information collection system. Therefore, based on various types of data extracted from the master station, this paper analyzes the impact on the success rate of information collection from perspectives of master station’s performance, communication concurrent, called measuring mechanism, time calibration mechanism, records management, online statistics and operational stability.

The Analysis of the Impact of Master Station's Performance and Mechanism on the Success Rate of Electricity Usage Information Collection