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Cyber–physical attacks on power distribution systems
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Journal Article
Cyber–physical attacks on power distribution systems
2020
Overview
This study investigates the impacts of stealthy false data injection (FDI) attacks that corrupt the state estimation operation of power distribution systems (PDS). In particular, the authors analyse FDI attacks that target the integrity of distribution systems optimal power flow (DSOPF) in order to maximise the system operator losses. The branch current state estimation method is implemented to accurately model the PDS, and convex relaxations are applied to the DSOPF model. The effects of the FDI attacks are analysed on the IEEE 34‐bus unbalanced radial distribution system, with distributed energy resources (DERs) along the feeder. A 24 h DSPOF is performed, and the results depict the changes in the voltage profile and the additional power injection from the DERs, which consequently lead to the increase of the DSOPF cost.
Publisher
The Institution of Engineering and Technology,John Wiley & Sons, Inc,Wiley
Subject
/ branch current state estimation method
/ Buses
/ corrupt the state estimation operation
/ distributed energy resources
/ distributed power generation
/ distribution systems optimal power flow
/ GPS
/ IEEE 34‐bus unbalanced radial distribution system
/ power system state estimation
