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Research of electrical power processes for optimum modeling and design of special electric drives

机译:电力工艺研究专用电动驱动器的最佳建模与设计

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In the article the research of electrical power processes is made for optimum modeling and design of special electric drives with asynchronous motors. For creation of various types of electric drives with optimum mass dimensional and power indicators, it is necessary to define precisely values of electric currents windings, the electromotive forces and the corresponding flux linkage in the stator and a rotor of components of the research devices. The main difficulty in the research and determination of parameters is continuous change of these sizes In a consequence of change of electric parameters of the feeding system of tension, the spatial provision of mobile parts of the drive relatively motionless parts and features of the technological process. It leads to change of interposition of axes of the field of the stator and a rotor, phase angles of shift of electric currents and the electromotive forces of components of special electric drives. The research of electrical power processes with use of the methods based on electromechanical transformation of energy allows determining required parameters quite precisely. Determination of value of the saved-up energy will allow one to model and design quite precisely without the corresponding experimental adjustment special electric drives. And this approach allows one to determine power parameters at any moment that gives the chance to define instant values of required parameters, including Instant values of force and the moment on a shaft of the electric drive. Exact and correct definition of power ratios in the research electric drives will allow one not only to carry out optimum design, but also to create optimum control systems of electric drives taking Into account technological features of concrete production.
机译:在文章中,采用异步电动机的电力工艺研究采用最佳建模和设计。为了利用最佳质量尺寸和功率指示器创建各种类型的电动驱动器,必须确定电流绕组,电动势和定子中的相应磁通量的精确值和研究装置的部件的转子。研究和测定参数的主要困难是在张力喂养系统的电参数变化的改变之后连续变化,该尺寸的电气参数的变化,驱动器的移动部件的空间提供相对一系列的技术过程的特征。它导致改变定子的场的轴和转子的轴,电流偏移的相位角和特殊电动驱动器的部件的电动势。利用基于机电变换的方法的电力过程的研究允许完全确定所需参数。确定节省能量的价值将使一个能够精确地模拟和设计,而无需相应的实验调整特殊电动驱动器。并且这种方法允许人们在任何时刻确定功率参数,这使得机会定义所需参数的即时值,包括力的瞬时值和电动驱动轴的轴上的时刻。研究电动驱动器中功率比的精确和校正定义将使人们不仅可以实现最佳设计,而且还要考虑混凝土生产的技术特征来创造电动驱动器的最佳控制系统。

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