Stable power supply has become a crucial thing in the current era of technology and
automation. Although the power system has multiple stability issues and causes, frequency …

In smart grids energy storage units are installed at different locations of the network. This
paper proposes a method based on model predictive control (MPC) for enhancing the …

This paper proposes a novel methodology for emergency control acting on the mechanical
power in a power grid containing steam power generators that experiences a contingency …

In this article, a decentralized controller for improving the transient stability of multimachine
power systems is proposed. A coordinated control of excitation and steam turbine of …

In this paper, the efficacy and value of using corrective control supported by transient
assistive measures (TAM) is quantified in terms of the cost savings due to less constrained …

Primary regulation of islanded Microgrids is one of the most relevant topics in an academic
and industrial world. IEEE Std 1547-2018 defines the functionalities of GridSupporting …

This paper proposes an innovative control technique for the primary regulation of an
islanded microgrid (MG) composed only by power converters and without any rotating …

To address the obstacles of frequency synchronization and phase angle cohesion caused
by heterogeneity in generator dynamics, a distributed hierarchical fixed-time frequency …

Reactive power sharing control in MicroGrid (MG) is an important research topic because it
avoids both overloading in inverters and guarantees more stability. Droop is probably the …

This paper proposes an emergency control scheme based on decentralized model
predictive control (MPC) to prevent transient instabilities occurring in power systems. After …