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Advancing power quality via distributed power flow control solutions

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Simulation demonstrates improved voltage stability and power transfer capabilities in transmission systems, suggesting enhanced grid performance.

The DPFC leads to significant improvements in voltage stability and overall system reliability, vital for modern power networks.
Simulation results indicate that implementing a DPFC can enhance power transfer capability, marking a shift in power flow control practices.
The modified architecture of the DPFC, with decentralized converters, improves reliability while reducing costs compared to the UPFC.
The study utilizes MATLAB/Simulink for the DPFC model implementation, showcasing practical applications in real-world power systems.

Yousfi et al. (2025) studied this question.

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Simulation demonstrates improved voltage stability and power transfer capabilities in transmission systems, suggesting enhanced grid performance.