The paper investigates the STATCOM system based on five-level cascaded inverter controlled using carrier-based pulse width modulation (CB-PWM) technique. In this work, the STATCOM is controlled to provide only the reactive power compensation at the point of common coupling (PCC) when an RL load is connected to the power system at different lagging power factors. The rotating switching scheme is employed for the DC link voltage balancing while the phase angle control scheme is used in the STATCOM main system. A new current reference control method is proposed in this work and the effectiveness and the theoretical prediction of the proposed approach for different loading conditions is validated through simulation studies using MATLAB SIMULINK...
This paper presents a simulation study into the implementation of a modular multi-level flying capac...
This paper presents a special gating pattern swapping technique for cascaded multilevel inverter, wh...
Modern day power systems, power electronic devices are playing vital role in every aspect of the pow...
This paper presents a simple controller integrating a new reactive current reference algorithm for e...
This paper investigates the performance of Static Synchronous Compensator (STATCOM) with the new var...
This paper presents a new decoupling current control algorithm for Static Synchronous Compensator (S...
Abstract- Voltage control and fast reactive power compensation are two main application area of Stat...
This paper presents a new variation of the selective harmonic elimination pulse width modulation (SH...
This dissertation is dedicated to a comprehensive study and performance analysis of the transformer-...
In this paper, multi-level cascaded Static Synchronous Compensator (STATCOM) is proposed using a nov...
This paper presents a new multilevel selective harmonic elimination pulse-width modulation (MSHE-PWM...
Static Compensator (STATCOM) has been widely proposed for power quality and network stability improv...
This paper presents the closed loop DC-DC flyback converter with multilevel cascaded H-bridge invert...
This paper presents a simulation study for a built prototype of modular multi-level flying capacitor...
In this paper, a simple static var compensating scheme using a cascaded two-level inverter-based mul...
This paper presents a simulation study into the implementation of a modular multi-level flying capac...
This paper presents a special gating pattern swapping technique for cascaded multilevel inverter, wh...
Modern day power systems, power electronic devices are playing vital role in every aspect of the pow...
This paper presents a simple controller integrating a new reactive current reference algorithm for e...
This paper investigates the performance of Static Synchronous Compensator (STATCOM) with the new var...
This paper presents a new decoupling current control algorithm for Static Synchronous Compensator (S...
Abstract- Voltage control and fast reactive power compensation are two main application area of Stat...
This paper presents a new variation of the selective harmonic elimination pulse width modulation (SH...
This dissertation is dedicated to a comprehensive study and performance analysis of the transformer-...
In this paper, multi-level cascaded Static Synchronous Compensator (STATCOM) is proposed using a nov...
This paper presents a new multilevel selective harmonic elimination pulse-width modulation (MSHE-PWM...
Static Compensator (STATCOM) has been widely proposed for power quality and network stability improv...
This paper presents the closed loop DC-DC flyback converter with multilevel cascaded H-bridge invert...
This paper presents a simulation study for a built prototype of modular multi-level flying capacitor...
In this paper, a simple static var compensating scheme using a cascaded two-level inverter-based mul...
This paper presents a simulation study into the implementation of a modular multi-level flying capac...
This paper presents a special gating pattern swapping technique for cascaded multilevel inverter, wh...
Modern day power systems, power electronic devices are playing vital role in every aspect of the pow...