A Finite Time Cooperative Control Strategy for Energy

In this work, based on a finite-time observer, a robust cooperative control strategy is suggested for DC microgrids. The proposed approach adopts a unified distributed coop-erative control framework.

A novel distributed finite-time economic dispatch for DC microgrids

This paper delineates an advanced distributed control paradigm for finite-time generation cost optimization in DC Microgrids (MGs), taking into account time delays.

Distributed finite-time event-triggered current sharing and voltage

This paper proposes a distributed finite-time event-triggered secondary control for islanded DC microgrids (MGs). The proposed controller can provide accurate current sharing and critical bus

Node-Decomposition Privacy Preserving for Finite-Time Secondary

To address this challenge, this paper presents a node-decomposition privacy-preserving (NDPP) method for fully distributed, finite-time secondary control in DC microgrids.

Distributed Finite-Time Secondary Control for DC Microgrids With

Distributed Finite-Time Secondary Control for DC Microgrids With Virtual Impedance Arrangement. Received March 29, 2019, accepted April 27, 2019, date of publication April 30, 2019, date...

Distributed cooperative control for DC microgrids: A prescribed-time

This paper presents a novel distributed cooperative control strategy for DC microgrids, leveraging prescribed-time consensus to achieve accurate proportional power sharing and voltage

Distributed Fixed Time Control for DC Microgrid with Input Delay

This paper develops a distributed fixed-time quadratic coordinated control strategy for isolated DC microgrids with time delays. The proposed control scheme based on the droop control

Autonomous Finite-Time Backstepping Control for Decentralized

In this article, an autonomous finite-time backstepping controller (FTBC) for decentralized economic power dispatch and precise dc-bus voltage regulation of a dc MG is proposed.

Finite-time cooperative control strategies for the economic operation

This scheme is designed to be compatible with the actions of secondary and tertiary control (economic dispatch) of the adjacent DGs. Each controller incorporates finite-time consensus algorithms to

Finite-Time Feedforward Decoupling and Precise Decentralized

As a direct application, a simple decentralized composite controller is constructed for an autonomous DC microgrid system. Both numerical simulation and experimental comparison results show that a