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Description: shunt active filter
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Size: 8192 |
Author: haleem |
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Description: shunt active power filter
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Size: 12288 |
Author: padmanab |
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Description: 基于谐波电流快速检测方法的并联型有源电力滤波器设计 不错的 可以做毕业设计-Harmonic Current Detection Method Based Shunt Active Power Filter can do a good graduation
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Size: 4582400 |
Author: 杨强 |
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Description: 基于谐波电流快速检测方法的并联型有源电力滤波器设计 毕业设计首选-Harmonic Current Detection Method Based Shunt Active Power Filter preferred Graduation
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Size: 499712 |
Author: 杨强 |
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Description: 并联型电力有源滤波器的仿真。提出了并联有源电力滤波器的模型，并进行仿真，最后给出了与实验相一致的结果。-Shunt Active Power Filter. Proposed shunt active power filter model and simulation, are given with the experimental results.
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Size: 467968 |
Author: 单世超 |
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Description: 基于SIMULINK搭建的并联有源电力滤波器程序，希望大家，相互交流。-SIMULINK-based structures of Shunt Active Power Filter procedures, hope, each other.
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Size: 16384 |
Author: ian |
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Description: 03~A Shunt Active Power Filter with Control Method Based on Neural Network
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Size: 403456 |
Author: khanh |
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Description: shunt active power filters are used for harmonic compensation in current and reactive power compensation in power system networks.
sliding mode control is one of the control strategy used for this.
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Size: 1136640 |
Author: Rohan |
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Description: A Comparative Performance Analysis of Four Control
Algorithms for a Three Phase Shunt Active Power Filter
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Size: 386048 |
Author: yasser |
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Description: Fuzzy Logic Controller Based Three-phase Shunt Active Filter for Line Harmonics Reduction using matlab simulation
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Size: 1217536 |
Author: akhi |
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Description: Abstract—In this paper a current reference generation
method for a voltage source shunt active power filter is
examined. The proposed method improves the harmonic
filtering by compensating the delays in the system. In
stationary operating point of the load the method uses
measurement data sampled in previous periods to generate a
reference prediction. Since in transient state of the load the
prediction no longer holds true, a computational control delay
compensation algorithm is used in the reference generation
instead of the prediction in this situation. Changing the
algorithm according to the operating point guarantees effective
harmonic compensation in all operating points. In this paper
the system performance is examined with an active filter
simulation model.
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Size: 274432 |
Author: yasser |
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Description: 并联有源电力滤波器（APF）基于空间矢量的滞环控制-Shunt active power filter (APF) based on space vector control hysteresis
Platform: |
Size: 1255424 |
Author: zhwb |
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Description: 单相并联型电力有源滤波器PAPF主电路的设计-Single-phase shunt active power filter PAPF main circuit design
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Size: 73728 |
Author: zhwb |
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Description: filter design for matlab simulink
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Size: 152576 |
Author: Abdullah |
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Description: shunt active filter for improvement harmonic
Platform: |
Size: 227328 |
Author: mohammad |
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Description: NEURO-FUZZY BASED CONTROLLER FOR A SHUNT ACTIVE POWER FILTER
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Size: 333824 |
Author: master |
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Description: control of shunt active filter
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Size: 1812480 |
Author: dfdfd |
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Description: Control of 3-level Shunt Active Power Filter
using Harmonic Selective Controller
Control of 3-level Shunt Active Power Filter
using Harmonic Selective Controller
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Size: 162816 |
Author: mo |
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Description: shunt active power filter design
Platform: |
Size: 24576 |
Author: ravib |
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Description: This paper, focus on the study and design of a shunt active power (APF) filter for the compensation of harmonic currents and reactive power in polluted environment and under unbalanced network voltage. In APF design and control, p-q theory was often served as the basis for the calculation of compensation current. In this theory, the mains voltage was assumed to be an ideal source in the calculation process. However, in most of time and most of industry power systems, mains voltage may be unbalanced and/or distorted. For these reasons, we used a new technique with instantaneous power theory (p-q theory) based on Phase Locked Loop (PLL) in order to control APF under unbalanced mains voltage. A pulse width modulation (PWM) technique is used to generate the switching signals to the shunt APF.-This paper, focus on the study and design of a shunt active power (APF) filter for the compensation of harmonic currents and reactive power in polluted environment and under unbalanced network voltage. In APF design and control, p-q theory was often served as the basis for the calculation of compensation current. In this theory, the mains voltage was assumed to be an ideal source in the calculation process. However, in most of time and most of industry power systems, mains voltage may be unbalanced and/or distorted. For these reasons, we used a new technique with instantaneous power theory (p-q theory) based on Phase Locked Loop (PLL) in order to control APF under unbalanced mains voltage. A pulse width modulation (PWM) technique is used to generate the switching signals to the shunt APF.
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Size: 189440 |
Author: zakary |
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