Forward-Backward Sweep Method for Power Flow Calculation in Distribution Networks
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This paper presents a power flow calculation program for distribution networks using the forward-backward sweep method, validated through the IEEE 33-node test case. The program enables engineers to efficiently analyze power flow conditions in distribution systems with high accuracy, providing valuable references for optimizing network operations. The implementation involves voltage updates during the forward sweep and power flow corrections during the backward sweep, iterating until convergence criteria are met. The algorithm's modular structure allows easy adaptation to distribution networks of various scales, demonstrating broad applicability. Key functions include node data processing, branch parameter calculations, and convergence monitoring through voltage/power mismatch thresholds.
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