正弦波逆变器

风力发电系统中正弦波逆变器的研究与实现

The Research and Realization of Sine Wave Inverter in Wind Power System

无变压器式高效正弦波逆变器的研究

Study on transformerless sine wave inverter with high efficiency

本文设计了基于SPWM调制方式的开关式高压正弦波逆变器来替代原有的高压装置。

A switch high-voltage sine out inverter based on SPWM is designed instead of the old transformer .

把直流电能转变成交流电能供给负载的DC-AC逆变器，特别是正弦波逆变器，其种类繁多，应用领域广泛，优越性明显。

DC-AC inverters , especially sinusoidal inverters , which convert alternating current to direct current , are various , widely used and excellent .

正弦波逆变器电压微分反馈控制策略的研究

A Control Scheme with Voltage Differential Feedback for Sine-wave Inverter

仿真结果验证了提出的正弦波逆变器的可行与有效。

The simulation results indicate the feasibility and efficiency of sine-wave inverter .

具有微分补偿的正弦波逆变器多环控制策略研究

Study on the multiple-loop control strategy with differential compensation for sinusoidal inverters

大功率三相正弦波逆变器对称输出研究

Research on Symmetrical Output for High Power Three-phase Inverter

三相正弦波逆变器并网及孤岛检测技术研究

Research on Grid-Connecting and Islanding Detection for Three-Phase Inverters

串联谐振电流源高频链正弦波逆变器的工作原理和控制方法

Operational Principle and Control of Series-Resonant Current-Source Mode High Frequency Link Sine-Wave Inverter

提出了一种高频正弦波逆变器的新型控制方式。

A new control method for high frequency sine wave inverter is presented in this paper .

研究了基于数字信号处理器的正弦波逆变器的电压调节器的实现方法。

A novel digital voltage regulation for sinusoidal wave inverter is proposed based on a digital signal processor .

提出一种新型的串联谐振电流源模式隔离的高频链正弦波逆变器拓扑结构，详细介绍了其工作原理。

An original series-resonant current-mode high frequency link ( HFL ) sine-wave inverter is presented in the paper .

在基于负载电流前馈解耦的正弦波逆变器多环控制策略中，负载电流前馈作用的延迟直接影响着系统的性能。

In the multiple-loop control strategy for sinusoidal inverters based on load current feedforward , delay of the feedforward directly impacts the system 's performance .

针对负载的不同问题，选择了适合该独立系统的正弦波逆变器。最后，通过对整个独立光伏发电系统进行的经济效益和环境效益分析。

About the problem for different loads , select sine wave inverter to suitable this system . Finally , through the analysis of the economic and environmental benefit of the entire independent photovoltaic power generation system .

同时，大量的设备要求不同电压和频率的交流电能，这就有必要利用正弦波逆变器技术把不能满足负载要求的原始电能转化为质量较高的电能。

In order to provide the power supply for a great deal of equipments which request different voltages and frequencies of the power supply , the sine-wave inverter technique improve the quantity of original electric power .

论文的研究为发电机控制器的智能测试奠定了一定的基础，同时也为三相正弦波逆变器输出电压和频率的大范围变化提供了一种新的方法。

The research of the paper has established a foundation for the intelligent test of the generation control unit . The study brings up a new way to make voltage and frequency of the three-phase sinusoidal inverter change large-range possible .

一种采用状态变量反馈控制的三相正弦波PWM逆变器

A three-phase PWM sinusoidal inverter controlled by the state-variable feedback controller

一种新型的软开关正弦波PWM逆变器

Novel soft switching sine-wave PWM inverter

一种正弦波高效逆变器&电压比较跟踪放大式（CTA）逆变器

A High Efficiency Inverter with Sine Waves & Valtage Comparing-Tracking-Amplifying Inverter

PVI系列正弦波高效率逆变器

PVI series of sinewave high efficiency inverter

本文针对正弦波输出逆变器SPWM调制方式及数字化控制策略的研究，以期得到具有高品质和高可靠性的变频变压电源。

In order to get high quality and high reliability VVVF supply , this paper presents the study of SPWM modulation methods and digital control strategies of sine wave output inverter .

最近几年，采用大功率晶体三极管做开关元件的正弦波脉宽调制逆变器，使交流传动逐步朝着取代直流传动的趋势发展。

In recent years , with the introduction of high-power transistors as switching elements in sinusoidal pulse-width inverters , the tendency to gradually replace the DC drive by the AC drive is becoming more and more apparent .