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A study on saving energy technology with regulating voltage of induction motor during light loads

机译:轻载条件下感应电动机调节电压的节能技术研究

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The startup of oil-pumping units need overcome a large starting torque, but it works with light loads during long-term production, therefore the power factor and efficiency of motor is low. A saving energy control scheme is presented according to analyzing the features of saving techniques. In order to make motor running under optimal state the scheme regulates voltage by obtaining the optimum voltage ratio. A new IGBT chopping circuit and PIC microcontroller control circuit are also designed for electric test, soft-start of motor and protection. This new IGBT chopping circuit reduces two IGBT comparing with conventional circuits. The stimulation for the chopping circuit and control scheme has been conducted. For the static saving energy algorithm does not reduce the system dynamic features, this paper analyzes and validates the dynamic capability of the system. The electro-economizer discussed in this paper has been used for oil-pumping unit motor in oil fields and does reach expected target.
机译:抽油机的启动需要克服较大的启动扭矩,但在长期生产中需要轻载才能工作,因此电机的功率因数和效率很低。通过分析节能技术的特点,提出一种节能控制方案。为了使电动机在最佳状态下运行,该方案通过获得最佳电压比来调节电压。还设计了一种新的IGBT斩波电路和PIC微控制器控制电路,用于电气测试,电动机的软启动和保护。与传统电路相比,这种新的IGBT斩波电路减少了两个IGBT。已经对斩波电路和控制方案进行了激励。由于静态节能算法不会降低系统的动态特性,因此本文分析并验证了系统的动态能力。本文讨论的电子节能器已用于油田的抽油机电机中,并达到了预期的目标。

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