As the smart grid evolves, it requires increasing distributed intelligence, optimization and
control. Model predictive control (MPC) facilitates these functionalities for smart grid …

The power coordination of a group of electrically interconnected microgrids (MGs) demands
a more efficient power optimization due to its complexity compared to individual MGs …

In the present scenario of microgrid system, conversion of electrical energy has initiated a
challenge to maintain the power quality within a satisfactory range. It can be influenced by …

Conventional electricity generation is one of the greatest sources of CO2 emissions. For a
successful transformation of conventional energy systems into non-polluting and renewable …

To provide inertia support for the grid, virtual synchronous generator (VSG) control of
inverter-interfaced distributed generators (IIDGs) becomes a focus of worldwide attention …

For DC microgrids (MGs), cyber attacks of distributed secondary control system result in
communication faults and thus, cause serious stability and cyber-security issues. In this …

Virtual synchronous generator (VSG) control is a promising control method for grid-tied
inverters, as it can provide inertia support for the grid. However, VSG-controlled grid-tied …

The need for converter-based synthetic inertia has become more important due to the
increasing level of renewable generation penetration in power systems. In this paper, the …

Power quality (PQ) issues are direct consequences of integrating power electronics
components and non-linear loads into microgrids. These issues can also be triggered by an …

The smart-grid has requirements of flexible automation, efficiency, reliability, resiliency and
scalability. These are necessitated by the increasing penetration of power-electronics …