High performance deadbeat controlled PWM inverter using a current source compensator and nonlinear loads

C. Hua, R. Hoft
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引用次数: 28

Abstract

A control technique which generates high-quality sinusoidal output voltage form a single-phase pulse-width-modulated (PWM) inverter suitable for uninterruptible systems is presented. A scheme for combining the deadbeat control with a current source compensator is proposed, and the control mechanism is analyzed. A current source compensator is used to compensate the voltage drop at the firing instant of a triac-controlled resistive load. The PWM is determined at every sampling instant by the proposed algorithm. Simulation results show that the scheme can produce nearly sinusoidal waveforms for nonlinear loads.<>
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采用电流源补偿器和非线性负载的高性能无差拍控制PWM逆变器
提出了一种适用于不间断系统的单相脉宽调制(PWM)逆变器产生高质量正弦输出电压的控制技术。提出了一种将无差拍控制与电流源补偿器相结合的控制方案,并分析了控制机理。电流源补偿器用于补偿可控硅电阻性负载点火瞬间的电压降。该算法在每个采样时刻确定脉宽调制。仿真结果表明,对于非线性载荷,该方案能产生近似正弦的波形。
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