synchronous generator的例句大全

Fuzzy PID Control of Rotor Current Excitation in an Asynchronized Synchronous Generator

异步化同步发电机转子励磁的模糊PID控制

AC Voltage Harmonic Distortion of Three-Phase Synchronous Generator with AC and Rectified DC Load

三相同步发电机供交直流混合负载时交流电压波形的畸变

Stator flux oriented control of asynchronized synchronous generator

异步化同步发电机定子磁场定向控制

Decentralized variable structrue control in asynchronized synchronous generator paralleled with synchronous generator

异步化同步发电机与同步发电机并联运行的分散变结构控制

Excitation Control of Asynchronized Synchronous Generator and Stability Analysis of the Control System

异步化同步发电机励磁控制及其稳定性分析

As the AC-excitation system is adopted in Asynchronized Synchronous Generator ( ASG), all of the amplitude, frequency and phase of the magnetizing voltage can be adjusted, which greatly improves the static and transient stability of power system.

异步化同步发电机由于采用了交流励磁，励磁电压的幅值、频率和相位均可以调节，极大地改善了系统的静态和暂态稳定性。

Also the resultant end magnetic flux in quantity for the asynchronized generator with different reactive power operation is analyzed and difference of the resultant end magnetic flux in quantity between the asynchronized and the synchronous generator with depth absorbing reactive power from electric power system is compared.

文章还分析了异步化发电机不同无功运行时定子端部合成磁通的大小，并比较了异步化发电机和同步发电机深度吸收无功时合成端部磁通大小的差异。

The characteristics for ASTG with faults in the excitation system will appear in good working order. Simulation results of steady state operation and transient process of an asynchronized turbogenerator demonstrate that an asynchronized turbogenerator has a lot of advantages over traditional synchronous generator for power system.

以上异步化汽轮发电机励磁故障下稳态运行和暂态运行的仿真结果，显示了异步化汽轮发电机具有运行方式灵活的特点，具有显著优于传统同步汽轮发电机的运行特性。

Direct-Drive permanent magnet synchronous generator based wind turbines possesses remarkable technical merit, its research and development have received more and more attention and has a very good prospects.

直驱永磁同步风电机组凭借显著的技术优点，其研发受到了越来越多的关注，具有很好的发展前景。

Constant power factor control for excitation system of the small synchronous generator

小功率发电机励磁系统的恒功率因数控制

The asynchronized turbogenerator as a new generator, owing to the rotor structure and excitation control, goes beyond the conventional synchronous generator with the excellent performance and damping characteristics.

异步化汽轮发电机作为一种新型发电机，其转子结构和励磁控制的特点，使其具有超越传统同步发电机的优良运行性能和阻尼特性。

Protection Study of Asynchronized Synchronous Generator System

异步化同步发电系统的保护研究

The research of this article brings forward a new opinion for analyzing the third harmonic excitation system and providing strong theory base and strong rational and practical design schemes for the design and the research of synchronous generator of third harmonic excitation.

本文的研究结果为三次谐波励磁分析提供了一种新的思路，也为三次谐波励磁发电机的设计和研究提供了坚实的理论基础和强有力的设计手段。

Some useful conclusions are gained by the comparison of the calculation results and the experiment results on a third harmonic excitation synchronous generator.

并对谐波励磁同步发电机上的实验结果与计算结果进行了比较，得出了一些有用的结论。

According to this software, a lot of electromagnet field calculation are made for no-load and load synchronous generator by third harmonic excitation.

利用该软件对三次谐波励磁同步发电机空载和负载时的电磁场进行了大量的计算。

And a new method, named three-segment method, is present to analysis harmonic winding no-load property curve for synchronous generator by third harmonic excitation.

并提出了一种分析三次谐波励磁同步发电机谐波绕组空载特性的新方法&三段法。

Synchronous generator by the third harmonic excitation, with the characteristics of self-excited constant-voltage and superior economy, owns a wide range of attention and development.

谐波励磁同步发电机具有自励恒压、经济性好的特点，得到了广泛重视和发展。

For mastering on-load property of the third harmonic excitation system. Thus, a new method to analyze harmonic winding no-load property curve of harmonic excitation synchronous generator, named as three-segment method, is presented in this article.

为了把握三次谐波励磁系统的空载性能，本文提出了应用三段法来分析三次谐波励磁同步发电机谐波绕组空载特性。

The validation of this method is verified by the comparison of the calculation results and the experiment results on a third harmonic excitation synchronous generator. So it can provide the mathematical base for the design of the harmonic excited synchronous generator.

最后用在谐波励磁同步发电机上的实验结果与计算结果的比较说明了方法的正确性，可为谐波励磁同步发电机的设计提供理论依据。

This paper finally to synchronous generator of three-phase short-circuit as example, using four order Runge Kutta method to simulate synchronous generator three-phase short-circuit fault phenomenon, and the real-time simulating and analyzing the simulation step on the single DSP, obtained the ideal simulation step.

文章最后以同步发电机三相短路故障为例，采用四阶龙格库塔法在单台DSP上进行了实时仿真并对仿真步长进行了比较分析，得出了实时仿真较为理想的仿真步长。