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Wide are monitoring, protection and control (WAMPAC) plays a critical role in smart grid development. Since WAMPAC frequently has the tasks of executing control and protection actions necessary for secure operation of power systems, its reliability is essential. This paper proposes a novel approach to the reliability analysis of WAMPAC systems. WAMPAC system functions are first divided into four subsystems:...
This work deals with the control of VSC-HVDC using wide area measurements. The goal is to enhance the transient and oscillatory stability of the power system for example during inter area oscillations or after faults. To this end, we present a predictive control framework that dynamically manipulates both the active and reactive powers injected by the VSC-HVDC links in a grid of generators, lines...
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