This paper presents a multiobjective control scheme based on the dynamic model of three-
level, neutral-point-clamped voltage source inverter for integration of distributed generation …

The use of nonlinear devices introduces current and voltage harmonics into power
distribution networks. The presence of harmonics, an undesirable power quality issue …

This paper describes the development of a multifunction control strategy for the stable
operation of distributed generation (DG) units during the integration with the power grid. The …

This paper presents a Direct Lyapunov based control technique for active power filtering in
electric grids. The proposed technique through the interfacing system is designed with the …

This paper presents the sliding mode control of a three-phase parallel active filter based on
a two-level voltage converter to compensate for the harmonic currents of the pollutant loads …

The paper deals with the multilevel converters control strategy for renewable energy
resources integration in distribution grids. The proposed control scheme ensures the …

This paper deals with a control strategy of multilevel converter topologies for integration of
distributed generation (DG) resources into the power grid. The proposed control plan is …

This paper introduces a control strategy for the assessment of SAPF (shunt active power
filters) role in the electrical power networks. The proposed control scheme is based on the …

In this paper the control scheme of a three-level three-phase inverter for grid integration of
distributed generation (DG) units is investigated. Furthermore, the inverter compensates the …

This paper presents the application of well known recursive least square (RLS) harmonic
estimation technique and its elimination with improved current control technique based …