Abstract
By integrating the network-related parameters of the electrical and thermal control specialty in the network-related system, communicating with the Pi real-time database in the power plant Area II, and further realizing the Web application function in the Production Information Area III. Secondly, using these real-time big data, it analyzes the operation of primary frequency regulation and optimizes it accordingly, establishes the standard table, carries out monthly analysis and daily index supervision, so as to make the pass rate of primary frequency regulation close to or reach 100%, and increase the compensation cost, so that the unit is not only in energy-saving operation but also not assessed by the power grid.
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