1) Improved Z-source Inverter
改进型Z源逆变器
2) Z-source inverter
Z源型逆变器
1.
For making the whole PV generating system more flexible, reliable and improve the quality of electricity, a new Z-Source inverter topology may be adopted in the system.
并网逆变器为整个光伏并网发电系统的核心部件,为提高光伏并网系统的灵活性、可靠性和并网电能的质量,系统的并网变流器单元可以采用一种全新的Z源型逆变器电路结构。
3) Z-source inverter
Z源逆变器
1.
Study of Photovoltaic Pump System Based on Z-source Inverter;
基于Z源逆变器的光伏水泵系统研究
2.
Z-source inverter is an unique impedance network to take power source in coupling with converting circuit, thus it has the features either to make voltage up or voltage down which normal inverter does not have.
Z源逆变器用一个独特的阻抗网络将电源和变换电路相耦合,因而拥有常规逆变器所不具备的既能升压又能降压的特性。
3.
A direct peak DC-link Boost voltage fuzzy PID controller in Z-source inverter is proposed.
提出一种模糊PID补偿器用以直接控制Z源逆变器直流链电压最大值。
4) Z-source inverter
Z-源逆变器
1.
In this paper, a novel high-performance Z-source inverter is presented, which can overcome the inherent limitations and drawbacks of the traditional Z-source inverter (ZSI), while maintaining its all advantages (Buck-Boost character, higher reliability, etc.
提出的高性能Z-源逆变器,在保持原逆变器优点的基础上(输出电压可任意升/降;允许逆变桥上下管直通状态,提高了逆变器的安全性),克服了其固有的缺点和局限性。
2.
With a unique X-type Z-source network, Z-source inverter can utilize the shoot-through state to boost the output voltage as the two-stage dc-ac inverter, which provides an attractive single-stage dc-ac conversion.
Z-源逆变器由于采用独特的X型Z-源网络,可以利用逆变器桥臂直通状态实现升压功能,从而使单级Z-源逆变器具有与两级并网系统相类似的性能。
3.
This paper presents a study of control methods for Z-source inverters used in photovoltaic pump system.
将具有独特的X型网络的Z-源逆变器应用于光伏水泵系统,利用逆变器桥臂直通状态实现直流侧升压。
5) current-fed Z-source inverter
电流型Z源逆变器
1.
This paper proposes the topology of the current-fed Z-source inverter, detailed introduces and analyzes its operating principle, control method and application
本文从传统逆变器的局限性入手,重点分析了电流型Z源逆变器的拓扑结构及应用。
6) Research on Z-Source Inverter
Z源逆变器研究
补充资料：改进
改变旧有情况，使有所进步：～工作ㄧ操作方法有待～。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条