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- An excitation control model of grid-connected doubly fed generator based on stator-flux-orientation is presented. 提出了一种基于定子磁场定向的并网型双馈发电机励磁控制模型。
- The excitation control is combined with fixed capacities in the 12 phase link and a converter in the 3 phase link. 励磁采取12相绕组侧加固定电容器与3相绕组侧加变流器相结合的方式。
- As an application of the proposed method, the excitation control of a three-node power system with nonlinear load is discussed. 作为该算法的应用,讨论了带有非线性负荷的三节点电力系统的励磁控制问题,设计了非线性励磁控制器。
- The simulation result shows that the method can effectively detect typical faults in a power unit of an excitation control system. 仿真结果表明 ,该方法能够有效地诊断同步发电机励磁系统功率单元的主要故障
- It can be seen from the simulation results that the PID + FBI-I control strategy proposed in the paper is a superior excitation control scheme. 本文所提出的PID+FBI-I控制方案对于所研究的励磁控制系统是一种有效可行和较为理想的控制方案。
- Dual-passage excitation control system of ACEG based on dynamic synchronous reference frame are realized, using the high speed DSP(TMS320VC5402). 利用高速数字信号处理器(TMS320VC5402)实现交流励磁发电机基于动态同步坐标轴系的双通道励磁控制系统。
- This dissertation makes study for the excitation control of VSCF doubly-fed induction generator (DFIG) by rounded simulation analysis. 本文对变速恒频双馈风力发电机组(DFIG)的励磁控制进行了较为全面的仿真研究。
- Li Xiaocong,Che ng Shijie,Wei Hua,Ma Jia.Multi-objective nonlinear excitation control of synchronous generator.IFAC Symposium on PP& PSC 2003,Seoul,Korea. 周双喜;李丹.;同步发电机数字式励磁调节器[M]
- N.B.Bhatt, A.G.DeGroff, and M.Heyeck, ”Benefies of excitation control system testing at AEP'S ROCKPORT plant,” IEEE Trans. on Energy Conversion, Vol. 6, No. 1, pp. 21-28, 1991. 吴启瑞、郭宗益、颜世雄、张伟能、庄永松、张志忠、李兆惠、雷蔚翘、张连芳,电压闪烁对通宵电厂发电机动态稳定度之影响及改善方法,台湾电力公司八十七年度研究计划完成报告,民国88年6月。
- AC electrical dynamometer is a key equipment of engine power-test system, whose load is mainly regulated by the excitation control system of electrical dynamometer. 交流电力测功机是发动机测功系统的重要设备,励磁控制系统是测功系统负载调节的主要控制装置。
- The constant reactive power excitation control strategy is deducted using nonlinear zero dynamic method and the system stability under this control strategy is verified. 推导了使用非线性零动态方法实现的发电机恒无功励磁控制规律,并对采用这种控制规律后,系统的稳定性做了详尽的分析。
- As the shortages of the laboratory apparatus existing in our college,a new experimental platform for excitation control system which applies to teaching experiment is designed. 针对我校现有实验装置存在的不足,研制了一种新的适用于教学实验的发电机励磁控制实验平台。
- Other electronics introduced during the rebuilding give constant horsepower excitation control, and motor temperature control to allow maximum tractive effort to be maintained down to the point where the motor is in danger of overheating. 在改造过程中使用的另一些电子技术是恒定马力激发控制,以及发动机温度控制,以使在发动机过热温度以下保持最大的牵引力。
- Based on the theory of auto disturbance rejection control (ADRC) and inverse system nonlinear control, three different control schemes for hydroturbine generator set were designed, each of which included water valve control and excitation control. 基于水轮发电机组刚性水击模型 ,分别采用逆系统非线性控制和自抗扰控制 (ADRC)方法 ,设计了水门和励磁控制系统。
- A new nonlinear variable structure excitation controller and steam valving controller are proposed in this paper. 论文提出一种新的非线性变结构发电机励磁和快关汽门控制器。
- Digital Signal Processor (DSP) TMS320LF2407A made by TI is our digital excitation control chip. The event manager module of LF2407A can substitute complicated digital trigger circuit and many peripheral circuits. 本论文选用TI公司专用于电机控制的数字信号处理器(DSP)TMS320LF2407A作为同步发电机组数字式励磁控制系统的主控芯片。
- Having referenced to those advanced excitation control modes domestic and abroad, the dissertation presented the synthetic"NOEC+PID"method, and implemented it on the digital signal processor (DSP). 在参考和借鉴国内外先进励磁控制策略的基础上,论文采用一种综合励磁控制方式-“NOEC+PID”,并在数字信号处理器(DSP)上实现。
- The SCR intelligent excitation control system for synchronous motor which makes use of PIC 16F877 is introduced in this paper,the main function,hardware structure and software flow of the system are also given. 介绍了利用PIC1 6F877单片机控制的同步电动机晶闸管智能励磁控制系统 ,给出了系统的主要功能、硬件结构及软件流程
- Firstly, the paper introduces the state and trend of excitation controller in the synchronic generator and analyses the problems existing in it. 文中首先介绍了同步发电机励磁控制器的发展现状及趋势,分析了励磁控制器所存在的问题。
- Two main problems in designing the main circuit of switching mode excitation controller are peek voltage and over current of switching device. 开关式励磁调节器主回路设计中需要考虑的两个主要问题是开关器件的尖峰电压和冲击电流。