Abstract Details
137 / 2022-07-05 15:08:55
Linearization of AC Power Flow Equation Based on Least-squares Approximation
Linear power flow model, least-squares approximation, Taylor expansion principle, approximation region, power flow calculation
Final Paper
Linearization of nonlinear power flow equation is of great significance to power system analysis because it can reduce computational burden and guarantee theoretical convergence, the improvement of whose accuracy is a crucial research topic. The existing Taylor expansion based linear power flow models may not perform accurately when the system operating point is far from the expansion point. In this paper, we propose a linear power flow model with minimum mean square error in the approximation region from the perspective of function approximation theory, which is different from the local mathematical properties inherent in the Taylor expansion principle. The proposed model can consider the information of the AC power flow equation in the defined approximation region instead of just using a base point. Therefore, the overall accuracy of the model can be greatly improved. Numerical results verify the effectiveness of the proposed least-squares approximation based linear power flow model.
Important Date
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Conference Date
Nov 03
2022
toNov 05
2022
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Aug 01 2022
Draft paper submission deadline
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Nov 04 2022
Registration deadline
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Nov 05 2022
Contribution Submission Deadline
Sponsored By
Huazhong University of Science and Technology
Contact Information
Previous Conferences
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2024-11-06 China Wuhan
China International Youth Conference on Electrical Engineering (CIYCEE 2024) -
2023-12-08 China Chengdu
4th China International Youth Conference on Electrical Engineering -
2023-07-11 China Chengdu
2nd China International Youth Conference on Electrical Engineering -
2020-11-02 China Wuhan
China International Youth Conference on Electrical Engineering
