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- 这是一个三相电流滞环PWM控制的逆变电路-This is a three-phase hysteresis current-controlled PWM inverter circuit
STATCOM-research
- 摘要：为了使静止无功发生器除了无功补偿以外，还具有消除谐波、零序和负序等有害电流的功能，对采 用直接电流控制方法的静止无功发生器进行研究。选择4桥臂变流器作为静止无功发生器的主电路；建立了 桥臂静止无功发生器数学模型；改进了基于印。坐标系的双滞环电流控制方法；对此静止无功发生器方案 进行了仿真研究，结果表明该静止无功发生器能够补偿不平衡系统的无功功率，同时能够有效地滤除系统中 的谐波、负序和零序等有害电流。-Hysteresis current control based on
APF-hardware-and-software
- 采用空间矢量法作为滞环电流控制的APF软硬件设计-Using space vector method as hysteresis current control of APF hardware and software design
PMSM
- 第一个模型是基于电流滞环带速度环的，第二个是基于SVPWM的带位置环、速度环模型。-The first model is based on the current hysteresis loop with the speed, and the second is based on SVPWM with position loop, velocity loop model.
GRID_PV
- 该模型实现了光伏发电的最大功率追踪，驱动脉冲产生采用电流滞环比较的方法。(The model realizes the MPPT of pv power generation, and the driving pulse generates the method of comparing the current hysteresis loop.)