High-efficiency test-oriented ultra-high voltage communication power supply transformation method

Abstract

This invention provides a highly efficient test-oriented method for upgrading ultra-high voltage communication power supplies, belonging to the field of communication power supply upgrading technology. The method includes collecting multi-dimensional operational data of the target ultra-high voltage communication power supply and constructing a three-dimensional model of the power supply's operating status; dividing the power supply into test zones and analyzing the performance optimization priorities of different test zones; selecting the optimal upgrading scheme; collecting the operating parameters of the upgraded power supply in real time and extracting characteristic indicators of the operating parameters; evaluating the actual effectiveness of the upgrading scheme; verifying the effectiveness of the optimal upgrading scheme, and iteratively optimizing the optimal upgrading scheme based on the verification results. This invention, through a scientific design of the entire process, solves the pain points of traditional upgrading methods, significantly improves the reliability of communication networks, reduces labor costs and maintenance errors, and has significant economic and social benefits.

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