Renke Han

TL;DR: A novel distributed coordinated controller combined with a multiagent-based consensus algorithm is applied to distributed generators in the Energy Internet, which keeps voltage angles and amplitudes consensus, while providing accurate power-sharing and minimizing circulating currents.

TL;DR: With the proposed methods, the microgrid system reliability and flexibility can be enhanced and the knowledge of the line impedance is not required and the quality of the voltage at PCC can be greatly improved.

TL;DR: A novel inverse-droop control method is proposed, in which the power sharing is according to the source characteristic, instead of their power rating, for enabling a hybrid ESS and its autonomous operation.

TL;DR: In this article, a distributed nonlinear controller is presented to achieve both accurate current-sharing and voltage regulation simultaneously in dc microgrids considering different line impedances effects among converters, and an improved event-triggered principle for the controller is introduced through combining the state-dependent tolerance with a nonnegative offset.

TL;DR: Various false data injection attack detection methods presented for CPSs are investigated and reviewed and the development of distributed attack detection is reviewed according to different decoupling methods.