Three-level boost (TLB) converters are a promising interface of bipolar dc microgrids. With
different powers of the positive and negative dc buses, the conventional modulation method …

Active power decoupling (APD) is a highly adopted technique for compact and reliable
single-phase inverters to eliminate the undesired ac power drawn from the dc port. Typical …

Grid-connected inverters with a multilevel output voltage and an integrated dynamic voltage
boosting feature are promising to achieve higher overall efficiency/power density, reduced …

This paper presents an optimal modulation and systematic filter design approach for a single-
stage dual-active-bridge (DAB) based dc-ac microinverter to achieve improved differential …

Active power decoupling (APD) circuit is of great importance in single-phase photovoltaic
(PV) inverter systems for eliminating the fluctuating power drawn from the PV panel. The …

Under nonlinear loads, the voltage quality of DC microgrids will decrease. Generally, adding
DC active power filter (APF) is an effective method to suppress the voltage harmonics of DC …

This paper presents control system design, implementation, and experimental validation of a
single-stage 400 W, 200 kHz solar photovoltaic (PV) microinverter using hardware-in-the …

This paper presents the modeling and design of a 1kW two-stage photovoltaic (PV) inverter
compatible with both single phase and three phase grid. The topology consists of a cascade …

This work introduces, investigates, and explains the operation, control, and validation of an
active energy storage system solution as an alternative replacement for conventional …

The inherent tendency of single-phase grid-connected ac–dc converters is to produce
double-line-frequency ripple at the dc link. A buck-based active power decoupling (APD) …