A Sample Editing Method for Supporting the Experimental Verification of Power Grid Dispatching Control and Operation

In response to the issue that international standard case data does not contain comprehensive information on dispatching control and grid operation, and cannot accurately reflect the true characteristics of domestic new power systems, as well as the lack of extreme scenario sample cases for power grids, this paper proposes a sample editing method to support the experimental verification of power grid regulation and operation, adjust parameter settings according to application scenarios, generating future state scenario models that are more in line with real-world needs, thus effectively constructing and editing scenario samples. The constructed scene samples have been applied to the software test and verification platform to evaluate the quality of control software, and in the future can provide reliable support for the simulation of the entire process of power grid regulation and operation, as well as the experimental verification of new technologies in the regulation field, effectively promoting the development of new technologies and possessing a certain degree of progressiveness.

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Publication Details

Published
2025-08-08
DOI
https://doi.org/10.1109/iaeac65194.2025.11166463
Primary Topic
Power Systems and Technologies
Type
article
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article

A Sample Editing Method for Supporting the Experimental Verification of Power Grid Dispatching Control and Operation

Bo Sun, Yan Wang, Yadi Luo, Shangqiu Shi
Power Systems and Technologies
article

A Sample Editing Method for Supporting the Experimental Verification of Power Grid Dispatching Control and Operation

Bo Sun, Yan Wang, Yadi Luo, Shangqiu Shi
article en

Abstract

In response to the issue that international standard case data does not contain comprehensive information on dispatching control and grid operation, and cannot accurately reflect the true characteristics of domestic new power systems, as well as the lack of extreme scenario sample cases for power grids, this paper proposes a sample editing method to support the experimental verification of power grid regulation and operation, adjust parameter settings according to application scenarios, generating future state scenario models that are more in line with real-world needs, thus effectively constructing and editing scenario samples. The constructed scene samples have been applied to the software test and verification platform to evaluate the quality of control software, and in the future can provide reliable support for the simulation of the entire process of power grid regulation and operation, as well as the experimental verification of new technologies in the regulation field, effectively promoting the development of new technologies and possessing a certain degree of progressiveness.

North China Electric Power University (CN), China Electric Power Research Institute
Openalex Percentile: Top 74%
Power Systems and Technologies
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