The parallel architecture is very popular for power inverters to increase the power level. This paper presents a method for the parallel operation of inverters in an ac-distributed system, to suppress the cross-circulating current based on virtual impedance without current-sharing bus and communication bus. Simulation and experimental results verify the effectiveness of the control method
In this paper, a control strategy for the parallel operation of three-phase inverters forming an onl...
The parallel operation of inverters has many benefits, such as modularity and redundancy. However, t...
Parallel-connected inverters are used for high power application. Due to the parallel-connection, th...
This paper proposed a novel control strategy based on a virtual resistance and a phase locked loop f...
In this paper, a multilayer control is proposed for inverters able to operate in parallel without in...
A multilayer control is proposed for inverters with wireless parallel operation in this paper. The c...
[EN] The parallel operation of inverters has many benefits, such as modularity and redundancy. Howev...
[EN] The parallel operation of inverters has many benefits, such as modularity and redundancy. Howev...
In this paper, an AC microgrid consisting of paralleled three-phase inverters is investigated and a ...
Parallel-connected inverters are gaining attention for high power applications because of the limite...
A novel simple and effective autonomous current-sharing controller for parallel three-phase inverter...
In this paper, a control strategy for the parallel operation of three-phase inverters forming an onl...
The circulating current is one of the important issues for parallel converters. It affects the syste...
To meet the ever stringent grid codes, the high power converter systems have multiple converters con...
A novel simple and effective autonomous currentsharing controller for parallel three-phase inverters...
In this paper, a control strategy for the parallel operation of three-phase inverters forming an onl...
The parallel operation of inverters has many benefits, such as modularity and redundancy. However, t...
Parallel-connected inverters are used for high power application. Due to the parallel-connection, th...
This paper proposed a novel control strategy based on a virtual resistance and a phase locked loop f...
In this paper, a multilayer control is proposed for inverters able to operate in parallel without in...
A multilayer control is proposed for inverters with wireless parallel operation in this paper. The c...
[EN] The parallel operation of inverters has many benefits, such as modularity and redundancy. Howev...
[EN] The parallel operation of inverters has many benefits, such as modularity and redundancy. Howev...
In this paper, an AC microgrid consisting of paralleled three-phase inverters is investigated and a ...
Parallel-connected inverters are gaining attention for high power applications because of the limite...
A novel simple and effective autonomous current-sharing controller for parallel three-phase inverter...
In this paper, a control strategy for the parallel operation of three-phase inverters forming an onl...
The circulating current is one of the important issues for parallel converters. It affects the syste...
To meet the ever stringent grid codes, the high power converter systems have multiple converters con...
A novel simple and effective autonomous currentsharing controller for parallel three-phase inverters...
In this paper, a control strategy for the parallel operation of three-phase inverters forming an onl...
The parallel operation of inverters has many benefits, such as modularity and redundancy. However, t...
Parallel-connected inverters are used for high power application. Due to the parallel-connection, th...