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ELE
- 双馈电机变速恒频发电原理 通过对风力机转速的控制，可以实现最大功率点跟踪，尽量多地吸收风能；而调节无功功率可以控制向电网输出的功率因数，也可提高风电机组及电网系统的动、静态运行稳定性-VSCF doubly-fed electrical power through the principle of wind turbine speed control, maximum power point tracking can be achieved as much as possible to a
bus30_pf
- 30总线系统的潮流计算 finpt.m可以修改各支路、各总线的有功、无功、无功补偿、支路阻抗等数据，运行后，运行pflw.exe文件，生成pfoutput.m文件显示潮流计算结果-30-bus system can modify the flow calculation finpt.m slip, the bus active and reactive power, reactive power compensation, slip resistance and other data, ru
dnbhgq
- 电能表中查看状态，分类，类型，型式，电压，电流，频率，常数，倍率，新旧，有无阻逆器，等级，接入方式，产权，位数，结构，有功无功，多功能时无功等级这些字段是否合理有效（及是否符合系统代码表的要求，是否存在空和不合要求数据）-Meter in the view state, category, type, type, voltage, current, frequency, constant, rate, new and old, have unimpeded inverse control, cl
Newton-rafer-Johnson-method
- 电力系统的牛顿-拉夫逊法潮流计算。 基本步骤： （1）形成节点导纳矩阵 （2）将各节点电压设初值U， （3）将节点初值代入相关求式，求出修正方程式的常数项向量 （4）将节点电压初值代入求式，求出雅可比矩阵元素 （5）求解修正方程，求修正向量 （6）求取节点电压的新值 （7）检查是否收敛，如不收敛，则以各节点电压的新值作为初值自第3步重新开始进行狭义次迭代，否则转入下一步 （8）计算支路功率分布，P
FF450R17ME4
- FF450R17ME4，动态无功补偿SVG上使用的IGBT，非常好用。-FF450R17ME4, dynamic reactive compensation on the use of SVG IGBT, very easy to use.
pIEEE14
- 本程序为IEEE标准14节点测试系统潮流计算。能够计算相角，电压，有功、无功损耗以及电网整个损耗。-This program is the standard IEEE 14 bus test system flow calculation. Able to calculate the phase angle, voltage, active and reactive power loss and the loss.
Power-Detection
- 模拟无功检测，可作为labview初学者的学习对象-Simulation of reactive power detection can be used as learning objects labview beginner
wu-bu-chang-ji-shu-si-kao
- 本文首先介绍了电力系统无功补偿，然后对其补偿过程中的注意点进行了详细分析-This paper introduces the reactive power compensation and its compensation point in the process of a detailed analysis of attention
roller
- LPC2210和CDMA的智能无功补偿控制器LPC2210 and CDMA, Intelligent Reactive Compensation Controller-LPC2210 and CDMA, Intelligent Reactive Compensation Controller
gridside
- 实现了蓄电池的并网，其中包含了蓄电池模型、四象限变流器模型和控制器模型，控制器控制有功无功，实现蓄电池和交流系统间的功率交换-which contains the battery model, four-quadrant converter model and the controller model, the controller controls the active and reactive power to achieve the battery and AC power exchang
DFIG_V4_March_2010
- 基于PSCAD的双馈风力发电机并网模型，实现了最大功率跟踪和有功无功的解耦控制。-根据一年中前6个月的负荷和电价数据，预测后六个月的电价，并计算精度 允许输入拉丁字符的拼音 显示对应的拉丁字符的拼音 In PSCAD doubly fed wind generation model for maximum power point tracking and decoupling control of active and reactive.
wanzheng_wugongbucang1
- 小学期编的基于C#的无功补偿优化设计的无功补偿点选择和无功补偿量确定部分的程序设计。-School of compiled C#-based optimal design of reactive power compensation of reactive power compensation point of choice and determine the amount of reactive compensation part of the programming.
reactive-power-control-of-wind
- 关于风电无功控制课题的资料收集，目前无功控制的几个主流文献-Subject on reactive power control of wind
IpIq
- 基于瞬时无功功率理论的无功电流检测及谐波检测MATLAB仿真文件-Reactive current detection and harmonic detection
SVC-and-STATCOM
- 关于静止无功补偿装置SVC和静止无功补偿器STATCOM的比较-On the Static Var Compensator SVC and STATCOM Static Var Compensator Comparison
APF_ip_iq_zhihuan
- 并联有源滤波器模型,基于瞬时无功功率理论。-A model of APF based on transient capacitive power theory
power-meter-mechanical
- 三相机械式的指针功率表，或实现有功功率，无功功率的指示。-Three-phase power meter mechanical pointer, or to achieve active power, reactive power instructions.
Apply-the-fuzzy-control-theory
- 摘要：将模糊控制理论应用于UPFC控制器的设计中，设计了主、辅两个模糊控制器．其中主控制器以UPFC串联侧输出电压的横向分量和纵向分量分别控制线路的有功与无功，以并联侧输出电流的横向分量和纵向分量分别控制节点电压和直流侧电容电压，而辅助控制器以线路功率作为反馈输入-Abstract: The fuzzy control theory is applied to UPFC controller design, the design of primary, secondary two fuzzy c
statcom
- PSCAD软件对STATCOM（静止同步无功补偿器）建模仿真例程-PSCAD software STATCOM (Static Synchronous Var Compensator) modeling and simulation routines