Analysis and Control of Battery Energy Storage System Based on Hybrid Active Third-Harmonic Current Injection Converter

Control of Cascaded DC-DC Converter-Based Hybrid Battery Energy Storage Systems - Part I: Stability Issue

Control of Cascaded DC-DC Converter-Based Hybrid Battery Energy Storage Systems - Part II: Lyapunov Approach

Modeling and Efficient Control of Microturbine Generation System With Battery Energy Storage for Sensitive Loads

Microturbine generation system is one of the most promising and a fast growing distributed generation sources. It is used in various applications thanks to high efficiency, quick start and high reliability. Combination of the microturbine and storage system (e.g. battery bank) is desirable selection to satisfy the load requirements under all conditions and hence the battery bank can play an imp...

Analysis of a New Third Harmonic Injection Active Rectifier Topology Based on an NPC Three-Level Converter Cell

Active three-phase rectifier systems usually cover a wide field of applications where high total power factor (99%+) and low mains current THDi (typ. <5%) are required. Passive three-phase rectifiers on contrary are characterized as highly efficient and robust whereas their power factor is limited to 0.9...0.95 due to rather high harmonic input current components (THDi up to 48%). This paper an...

Design and Control of a Novel hybrid Active Power Filter based on Load Harmonic Currents Separation with the aim of DC-link voltage minimization in voltage source converter

This paper proposes a new hybrid active power filter, including voltage source converter (VSC) based active power filter and Thyristor Controllable LC Passive Filter (TCLC-HAPF) for eliminating harmonic load current components and compensating reactive power. This new structure which is based on the separation of high and low-frequency components of load current idea can reduce the drawbacks of...