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wtp100
- 基于AVR的一种程序,智能控制器,可用于低压无功补偿部分,-A procedure based on the AVR, intelligent controller, can be used for low-voltage reactive power compensation of
Quasi-synchronous
- 准同步采样计算无功,可以运行进行仿真，获得实验数据-Calculation of quasi-synchronous sampling of reactive power
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
park
- park 坐标变换，基于瞬时无功理论的park变换。采用的是IQ数格式适合定点DSP编程。-park coordinate transformation, based on instantaneous reactive power theory park transforms. IQ is used in several formats suitable fixed-point DSP programming.
PQ_good
- 瞬时无功功率PQ法！直接输入相应的ABC三项电流和电压！通过采样频率确定采样点数。本程序是以9600的采样频率为例！-The instantaneous reactive power PQ method!ABC three with the corresponding input current and voltage directly!Determined by the sampling frequency sampling points.This program is 9600 sampli
test_ADC_complex_ffi2014415
- 完成电流电压的采集，实现无功功率的计算和我无功因数的计算。-To complete the current voltage acquisition, realize the calculation of reactive power and reactive power factor I calculation.
calcu.c
- 用来测量无功功率的一种fft 算法在dsp2812下执行-A FFT algorithm for reactive power measurement is performed in the DSP2812
DSP28_FFT.C
- 一种基于fft算法的 无功功率角度的检测方法-A reactive power detection angle based on FFT algorithm
SVCAppPrj0523w
- SVC基于瞬时无功功率的检测算法程序包，包括C源代码和工程文件-SVC reactive power detection algorithm package
three-phase-PWM-rectifier
- 提出了一种无电流传感器的三相 PWM 整流器控制策略。系统采用双闭环控制，外环 PI 调节器控制直流侧输出电压，内环通过滞环调节器控制有功功率和无功功率，达到单位功率因 数运行的目的。根据整流器的数学模型通过电流重构可获得网侧电流，以实现无电流传感器控制。 仿真实验证明该方案具有良好的控制性能。-In this paper a current sensorless control strategy of three-phase PWM rectifiers is presente
ujxay
- Genetic algorithm based reactive power optimization, Based on wavelet transform digital watermarking algorithm matlab code, Interpolation and fitting, solution of equations, data analysis.
EXTENSION
- The amplitude and phase angle of the converter ac output voltage can be controlled simultaneously to achieve rapid and independent control of active and reactive power in all four quadrants. The control of active and reactive power is bidirectional a