Framework and implementation of secondary voltage regulation strategy based on multi-agent technology

Multiple-Point Voltage Control to Minimize Interaction Effects in Power Systems

“…With enhanced coordination, the advanced CVC achieves better performance in terms of the interactions between control zones. Consequently, the reactive power generation of the control generator can be minimized, and reactive power reserves can be conserved to cope with any disturbance in the control zone [11,12]. The basic structure of the multiple-point control algorithm with distributed hierarchical control systems is shown in Figure 2.…”

A multi-agent approach for enhancing transient stability of smart grids

“…However, a key disadvantage of these approaches is the centralized operation which handles a huge amount of data with high communication capability. Over the past few decades, MAFs have been widely used in power engineering research to solve several challenging issues and some examples are power system restoration and reconfiguration, fault analysis and diagnosis, secondary voltage control, wide area control, optimal reactive power dispatch, energy resource scheduling, and protection [10][11][12][13][14][15][16][17][18]. Though the transient stability assessment is an established research area in power systems, there exist a few applications of agent-based concepts to solve this problem.…”

A Coordinated Control Strategy of Voltage Regulation in Power System based on Multi-Agent System

“…The big advantages of MAS are better efficiency, higher robustness and less communication compared to centralized algorithms. There is a lot of application for MAS in engineering for example in formation control [1], flocking [2], rendezvous [3], and power system [4].…”