High-Power Converters and AC Drives

By Bin Wu. 2006

2,195 citations recorded by the source corpus.

View Paper: https://www.semanticscholar.org/paper/83049042993ce7c2233efbf6d652661382a8a01f

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Citations in the corpus

Predictive control based selective harmonic elimination with low switching frequency for multilevel converters (2009, background): “In fact most common switching frequencies are found around 500 Hz for IGBT and IGCT based converters [1].”
The age of multilevel converters arrives (2008, methodology): “For a converter with m cells, a carrier phase shift of 180o/m for the CHB and of 360o/m for the FC is introduced across the cells to generate the stepped multilevel output waveform with low distortion [23].”
Multilevel Voltage-Source-Converter Topologies for Industrial Medium-Voltage Drives (2007, methodology): “A phase shift is introduced across all the carrier signals of each cell in order to produce the stepped multilevel waveform.”
Multilevel Converters: An Enabling Technology for High-Power Applications (2009, methodology): “There are additional challenges, like the use of the vector redundancies for other purposes like switching frequency reduction by using a particular sequence in which the vectors are generated or to use the redundancies for dc-link voltage unbalance control [21].”
Medium-Voltage Multilevel Converters—State of the Art, Challenges, and Requirements in Industrial Applications (2010, methodology): “MLCs offer significant advantages compared with the 2L converters [1], [19], such as better harmonic performance and higher power capabilities.”
New Modulation Strategy to Balance the Neutral-Point Voltage for Three-Level Neutral-Clamped Inverter Systems (2014, methodology): “inverter, is the most widely used multilevel inverter [1].”
Recent Advances and Industrial Applications of Multilevel Converters (2010, background): “In fact, multilevel converter powered variable speed motor drives are controlled using the same methods used for twolevel voltage source converters, namely: v/f control (or scalar control), Field Oriented Control (FOC, also know as Vector Control) and Direct Torque Control (DTC) [4].”
A Vector Space Decomposition Based Space Vector PWM Algorithm for a Three-Level Seven-Phase Voltage Source Inverter (2013, background): “of carrier-based strategies from two-level to higher number of levels is well established for three-phase case [2].”
Fundamentals of Power Electronics (2013, methodology): “Alternatives are the use of SHE modulation or the use a carrier-based PWM, such as the in-phase disposition (IPD) modulation [6] illustrated in Fig.”
High-power wind energy conversion systems: State-of-the-art and emerging technologies (2015, methodology): “A comprehensive summary between the VSC and CSC converters for MV-WECS is given in Table 4 [70], [161], where it has been observed that the CSC configuration is most favorable for power ratings greater than 5 MW.”
Control and Resonance Damping of Voltage-Source and Current-Source Converters With $LC$ Filters (2009, background): “However, as the “outer system” in a CSR is the line impedance, which will only vary in a small range [44], the LC resonance in a CSR system is relatively fixed.”
Advanced Power Electronic Conversion and Control System for Universal and Flexible Power Management (2011, background): “, as well as the grid connection of renewable sources [4]–[7].”
Space Vector Modulation with DC-Link Voltage Balancing Control for Three-Level Inverters (2006, methodology): “DC-LINK CAPACITOR VOLTAGE BALANCING SCHEME Various space vector modulation (SVM) schemes have been proposed for the three-level NPC inverter using either open loop scheme or closed loop scheme [6].”
Predictive Current Control With Input Filter Resonance Mitigation for a Direct Matrix Converter (2011, methodology): “Then, the active damping implementation in the matrixconverter topology is found by passing the harmonic component effects present in the input side to the output side, adding this effect on the load current reference [24].”