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- The work presented in this thesis includes control system design, analysis and grid synchronization of a DFIG (doubly-fed induction generator) driven by a wind turbine using stator-voltage and stator-flux oriented frames. The DFIG is a special type o
M7
- 在卡尔波利可持续力电机资源（超）项目正在开发太阳能直流配电系统设计的智能服务，几乎任何可能由一个离网的家庭需要负荷-At Cal Poly Sustainable Power motor resources (super) project is the development of solar DC power distribution system design, intelligent service, almost any possible off-grid home by a need
b21
- Taking into account all the parameters mentioned, forming the appropriate programming to the controller in order to achieve the synchronization between the two systems, the appropriate amplitude and as well as the power management to the DC to contro
datasheet_2
- As shown in (5), the inductor current oscillates around a dc value at twice the grid frequency. The PWM technique assumes a constant dc input current and thus,
three
- 基于matlab的电压电流双闭环的三相并网逆变器模型，采用电压外环及电流内环控制方式-Matlab-based dual-loop voltage and current three-phase grid-connected inverter model, the outer voltage loop and inner current loop control
lmn4op.ZIP
- 永磁风力发电机分布式直流并网动态电压解耦补偿控制Permanent magnet wind turbine grid-connected distributed DC dynamic voltage decoupling control-Permanent magnet wind turbine grid-connected distributed DC dynamic voltage decoupling control
Three_Phase_ACDCAC_PWMconverter
- 50kW，380V，50HZ的负荷通过AC-DC-AC变换器连接到25kV，60Hz电网上。该电源由两个电压源型变换器和一个直流电容构成。-A 50 kW, 380 V, 50 Hz load is connected to a 25 kV, 60 Hz grid through a AC-DC-AC power supply. This power supply consists of two voltage source converters, VSC1 and VSC2, connecte
Gridside_paperversion
- 用于DFIG AC/DC/AC 变换器网侧控制-Applied into the grid-side control of DFIG AC/DC/AC converter
pvmpptpwmboost
- 微电网系统中的光伏发电直流部分，主要包括PV、MPPT算法、PWM模块，以及相应的参数设置。仿真验证MPPT有效。-Photovoltaic power generation in the DC part of the micro-grid system, including PV MPPT algorithm, PWM module, and the corresponding parameter settings. Simulation verify MPPT.
Z-source-inverter-simulations
- A Robust design of integrating PV farm to the grid using Z source network and excluding the need for MPPT & DC control equipment.
power_PVarray_grid_det
- 光伏电池模块封装，升压电路，三相逆变，并网-This example shows an average model of a 100-kW array connected to a 25-kV grid via a DC-DC boost converter and a three-phase three-level VSC. Pierre Giroux, Gilbert Sybille (Hydro-Quebec, IREQ) Carlos Osorio, Shripad Chand
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 harmonics with 12 pulse rectif
PVarray
- PV array_Grid_IncCondReg_det.mdl is a detailed model of a 100-kW array connected to a 25-kV grid via a DC-DC boost converter and a three-phase three-level Voltage Source Converter (VSC). Maximum
DC-distribution-grid
- 基于matlab/simulink的直流配电网仿真建模，希望对大家有所帮助-Distribution Network Simulation Modeling Based on matlab/simulink DC, we hope to help
ThreePhase_ACDCAC_PMWconverter
- A 50 kW, 380 V, 50 Hz load is connected to a 25 kV, 60 Hz grid through a AC-DC-AC power supply. This power supply consists of two voltage source converters, VSC1 and VSC2, connected through a DC link. VSC1 connected on 60Hz grid is operating as
Dual_PWM_control
- 双向PWM控制，通过PWM控制直流侧的电压以及交流侧的PQ，不受大电网干扰，还具有帮大电网补偿无功的能力。-Bidirectional PWM control, through the PWM control of the DC side of the voltage and the AC side of the PQ, not by the large power grids, but also has the ability to help large power grid compensa
DCAC_Grid_sync
- Three phase DC-AC inverter grid synchronization demo using matlab simulink. Good Reference.
Grid-Connected-PV-Array
- Two demos illustrate use of SimPowerSystems for modeling a PV array connected to a utility grid. PVarray_Grid_IncCondReg_det.mdl is a detailed model of a 100-kW array connected to a 25-kV grid via a DC-DC boost converter and a three-phase three-lev
PMSG-connected-to-grid
- 基于双闭环矢量控制的永磁直驱风电系统的并网模型，输出功率和直流电压波形理想-Grid- connected model of permanent magnet direct drive wind power system based on double closed- loop vector control and Output power and DC voltage waveform are ideal
Ibrahima_ngom_DFIG_DC_System
- Simulink model of DFIG dc-grid