A review of single-stage multiport inverters for multisource applications
Conventional power electronic interfaces for multisource applications always need multiple
conversion stages as intermediate dc–dc power conversion stages are inevitably installed …
conversion stages as intermediate dc–dc power conversion stages are inevitably installed …
Zero-vector-regulation-based closed-loop power distribution strategy for dual-DC-port DC–AC converter-connected PV–battery hybrid systems
The dual-dc-port dc–ac converter-connected photovoltaic (PV)–battery hybrid systems
present high-efficiency and low-cost features with single-stage power conversion as the PV …
present high-efficiency and low-cost features with single-stage power conversion as the PV …
Deadbeat power distribution control of single-stage multiport inverter-fed pmsm drive for hybrid electric vehicles
Single-stage multiport inverter (SSMI)-fed motor drives are promising solutions for
multisource hybrid electric vehicles (HEVs) since the dc–dc converter is removed and all the …
multisource hybrid electric vehicles (HEVs) since the dc–dc converter is removed and all the …
Vector-space-decomposition-based power flow control of single-stage-multiport-inverter-fed PMSM drive for hybrid electric vehicles
The single-stage multiport inverter (SSMPI) is one of the high-efficiency power electronic
interfaces for hybrid electric vehicles due to its capability of single-stage power conversion …
interfaces for hybrid electric vehicles due to its capability of single-stage power conversion …
Decoupled modeling and wide-range power distribution strategy for the multisource inverter in microgrids
Multisource inverter (MSI) provides a low-cost and high-power-density solution for
microgrids (MGs) applications due to the removal of the dc/dc converter, which offers direct …
microgrids (MGs) applications due to the removal of the dc/dc converter, which offers direct …
Direct duty cycle control-based power allocation strategy for single-stage multiport inverter in islanded microgrid
Single-stage multiport inverter offers direct power flow from the dc side to the ac side and
has the advantages of compact size and low costs. However, due to its unbalanced dc-link …
has the advantages of compact size and low costs. However, due to its unbalanced dc-link …
Modulated model predictive control of multisource inverters with flexible power distribution
The multisource inverter (MSI) is a high-efficiency topology for hybrid electric vehicles due to
its advanced merits of single-stage power conversion without employing dc–dc converters …
its advanced merits of single-stage power conversion without employing dc–dc converters …
Active power allocation strategy for a novel wireless open-winding motor system with improved antimisalignment capability
This article proposes a wireless open-winding motor (WOWM) system, where noncontact
operation can be achieved with the magnetic coupler. Thus, the flexibility and reliability of …
operation can be achieved with the magnetic coupler. Thus, the flexibility and reliability of …
Dynamic analysis of multimode buck–boost converter: An LPV system model point of view
In dealing with the wide voltage range of energy storage components and fuel cell,
multimode buck-boost converter (MBBC) serves as a versatile interfacing circuit with …
multimode buck-boost converter (MBBC) serves as a versatile interfacing circuit with …
Double Zero-Sequence Voltage Injection-Based Power Distribution Control of Single-Stage Multiport Inverter-Fed Hybrid Electric Vehicles
The single-stage multiport inverter (SSMI) is a promising power conversion solution for
hybrid electric vehicles (HEVs) due to its advanced merits in single-stage power conversion …
hybrid electric vehicles (HEVs) due to its advanced merits in single-stage power conversion …