搜索资源列表
motor-power-
- 功率计算。电机选型参考时用。包含功率因数以及效率。-Power calculation. Motor selection of reference. Contains the power factor and efficiency.
hello
- 跟踪电网状态,实现无功功率的自动补偿,提高功率因数。-Grid status tracking, automatic reactive power compensation to improve the power factor.
power_3levelVSC
- MATLAB整流器仿真,采用三电平结构,实现单位功率因数输入。-MATLAB rectifier simulation, using a three-level structure to achieve unity power factor input.
APFCDCDC
- 实现了有源功率因数的校正,实现直流直流的转换。-Achieve active power factor correction, the DC-DC converter to achieve.
APFC
- 输入220伏输出400伏的升压型平均电流控制的有缘功率因数校正-nput 220 volts 400 volts boost output current control destined average power factor correction
sanxiangbingwang
- 运用PQ控制环节,实现有功功率和无功功率的解耦,通过电流环的跟踪控制环节实现电流的跟踪,通过功率控制环节实现功率因数为1,综上的控制实现光伏三相并网,实现最大效率的能源应用-Using PQ control link to achieve active power and reactive power decoupling to achieve the current track by track control link curren
modeling_ac_dc_converter_0918a3
- 这是一个交流变直流的仿真,实现了直流的稳定输出,并且有较高的功率因数- This is a simulation of the AC to DC, DC to achieve a stable output, and a higher power factor
sxb
- 单相数显表测电压电流有效值,有功功率及功率因数-digital meter
53533d6969505
- 基于单片机的基础上,用于计算功率因数和测量,并显示在显示屏上。-Microcontroller-based foundation, used to calculate the power factor and measured and displayed on the screen
buck_PFC
- 一个buck-pfc电路 带有无功功率控制 将功率因数控制为1。-A buck-pfc circuit with reactive power control for a power factor control.A buck-pfc circuit with no power to control the power factor control 1.
S130920052
- 以12脉波整流电路为研究对象,有效降低网侧电流的谐波畸变,其主要原因在于所采用的移相变压器,能过它可使各6脉波二极管整流器产生的低次谐波相互抵消。利用Matlab—Simulink建立模型对其进行仿真,并对其产生谐波电流进行分析和计算,阐述了其消谐原理。这种整流电路采用两个6脉波二极管整流器进行串联,功率因数较高,提高了直流电压的输出能力,对减少电网中的谐波干扰十分有效,可以有效地消除钢厂电力系统中较高次数的谐波。-Low-order
PFC-6562
- saber仿真,基于芯片6562的功率因数校正电路(PFC)-saber simulation, based on 6562 chip power factor correction circuit (PFC)
gridrectifier
- 自己编的,用两电平电压型PWM整流器实现网侧单位功率因数整流,SVPWM调制-control rectifier with svpwm
PFC2PhiL
- 采用dsp28035实现的PFC功率因数校正-PFC Correct
ac_dc
- 这是单相全桥MOSFET,整流器,包含了单位功率因数控制和电压稳定-This is a single-phase full-bridge MOSFET, rectifier, including the unity power factor and voltage stability control
dc_ac
- 这是PWM逆变器的simulink模型,包含了实现了并网及功率因数控制,仿真成功-This is a PWM inverter simulink model, including the realization of the grid and power factor control, simulation success
pwm_rectifer_dc_ac
- 关于逆变器的实现直流电压转至交流电压,满足网侧电压的功率因数,simulink模型-Implementation on the inverter DC voltage AC voltage to go to meet the network side voltage of the power factor, simulink model
1
- 为评估电力电子装置对电网产生的危害和影响,为相应补偿装置的具体设计提供数值依据。以阻感负载的三相 桥式全控整流电路为例,理论分析并计算了其交流侧电流的谐波和功率因数;基于 Matlab/Simulink 建立的电力电子变流电 路模型,对三相桥式全控整流电路交流侧功率因数及其产生的谐波进行仿真分析。仿真使复杂的计算变得非常简便、直观, 且仿真结果与理论计算结果相差无几,从而证明了仿真研究的有效性和精确性。-To assess
zhh1
- 一个光伏并网单位功率因数并网模型,含有光伏阵列,且是三相逆变并网-A photovoltaic grid-unity power factor and network model, containing the PV array, and is a three-phase inverter grid
single_phrase_close
- APFC,功率因数校正,saber 仿真,已测试ok-APFC,saber simulink,the test is ok