With the rapid development of new power systems

the demand for high-frequency acquisition in low-voltage distribution station areas is increasing. However

affected by the complex structure of low-voltage distribution lines

equipment constraints

and on-site environmental interference

it is difficult to improve the success rate of load curve acquisition for low-voltage users

and the expected acquisition effect cannot be achieved. Starting from all links of the power information acquisition system

this paper analyzes the main causes affecting the success rate of data acquisition for low-voltage users and proposes optimization measures such as remote communication network optimization

local communication upgrading

and large station area splitting. Field application verifies that the proposed measures can effectively improve the success rate of data acquisition for low-voltage users

which is of great significance for promoting the development of high-frequency acquisition communication technology in distribution network station areas.