Active and Reactive Power Allocation Strategy to Maximize the Range of Negative-Sequence Current Compensation Based on Hybrid Cascaded STATCOM

This digital package contains all original materials used to implement and validate the research presented in the IEEE paper:
“Active and Reactive Power Allocation Strategy to Maximize the Range of Negative-Sequence Current Compensation Based on Hybrid Cascaded STATCOM.”

Included Materials:

• MATLAB (.m) Files – Full control algorithm with modular structure and in-line comments

• Simulink (.slx) Model – Complete STATCOM simulation under unbalanced grid conditions

• Altium Designer (.SchDoc / .PcbDoc) – Professional PCB layout and schematic files for the CHB STATCOM control board

• PSIM (.psimsch) – Simulation of the power stage and control logic in PSIM environment

• Mathcad (.xmcd) – Complete mathematical derivations and control equations

• Raw Simulation Data (.mat / .csv) – Logged waveforms for current, voltage, active/reactive power

• System Diagrams (.svg / .png) – Block diagrams and control structure illustrations

• README (.txt) – Setup instructions for simulations, hardware files, and usage notes

Ideal For:

• Researchers working on STATCOM, CHB multilevel converters, or power quality compensation

• Graduate students replicating IEEE-published models in their thesis

• R&D engineers developing advanced converter controls

• Power electronics educators and lab instructors

Published in: IEEE Journal of Emerging and Selected Topics in Power Electronics
Authors: Miaoyu Wei, Daorong Lu, Tianhong Wu, Khalil Alluhaybi, Haibing Hu