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Decentralized interleaving of parallel-connected buck converters
We present a decentralized control strategy that yields switch interleaving for parallel-
connected dc-dc buck converters. Compared to state-of-the-art methods that are distributed …
connected dc-dc buck converters. Compared to state-of-the-art methods that are distributed …
Synchronization of Liénard-type oscillators in heterogenous electrical networks
Motivated by potential applications for power-electronic converters in microgrids, we study
the problem of global asymptotic synchronization of Liénard-type nonlinear oscillators in …
the problem of global asymptotic synchronization of Liénard-type nonlinear oscillators in …
Spontaneous phase balancing in delta-connected single-phase droop-controlled inverters
Power grids are evolving toward a highly distributed architecture with power-electronics
circuits interfacing a majority of generation, storage, and loads. To ensure stability as …
circuits interfacing a majority of generation, storage, and loads. To ensure stability as …
Minimum distortion point tracking: Optimal phase shifting for input-or output-parallel connected DC-DC converters
This paper introduces the notion of minimum distortion point tracking (MDPT): a control
paradigm for input-or output-parallel connected dc-dc converters where switching …
paradigm for input-or output-parallel connected dc-dc converters where switching …
Self-synchronizing series-connected inverters
This paper describes a virtual oscillator based approach to synchronize series-connected
single-phase inverters. Each inverter controller includes a digital implementation of a Van …
single-phase inverters. Each inverter controller includes a digital implementation of a Van …
Eigendecomposition of a digital iterative decentralised interleaving for multicellular converters
The decentralised control of multicellular converters is an alternative to the usual control
techniques. Multicellular converters use interleaved carriers to reduce filtering elements and …
techniques. Multicellular converters use interleaved carriers to reduce filtering elements and …
Modelling, Analysis and Control of Multiphase Synchronous Buck Converters.
Step-down multiphase dc-dc converters enable very low voltages and high currents through
parallel operation. Additionally, high redundancy, fault tolerance and very fast output voltage …
parallel operation. Additionally, high redundancy, fault tolerance and very fast output voltage …
On Decentralized Control of Power Electronics Using Nonlinear Oscillators
M Sinha - 2018 - search.proquest.com
This dissertation develops theoretical tools and hardware prototypes for the decentralized
control of power electronic circuits connected through an electrical network. The research …
control of power electronic circuits connected through an electrical network. The research …
Contribution to the fault-tolerant distributed control of multiphase converters dedicated to supplying microprocessors for automotive applications
MM Hillesheim - 2021 - theses.hal.science
Advanced Driver-Assistance Systems can take control of the vehicle in case of danger.
Redundancy and reconfiguration ability in case of fault occurrence are fundamental to …
Redundancy and reconfiguration ability in case of fault occurrence are fundamental to …
Analysis, Modeling and Control of Stacked DC-AC Converters
PK Achanta - 2018 - scholar.colorado.edu
Stacked DC-AC converters offer several unique advantages including i) the ability to create
power systems with voltage level specifications many orders above the device voltage …
power systems with voltage level specifications many orders above the device voltage …