金属盘加热多相感应系统:建模与rms电流控制

J. Egalon, S. Caux, P. Maussion, Majid Souley, O. Pateau
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引用次数: 5

摘要

提出了一种金属圆盘加热的多相感应系统建模方法。这种架构导致了一个减少元素的系统,没有任何耦合变压器,相位环路,移动屏幕或移动磁芯。该模型基于简化的等效模型,但考虑了从有限元软件中提取的有关电感电流和待加热件之间能量传递的数据。它是在一个通用的电力电子软件PSim中实现的。优化程序计算逆变器中的最佳电源电流,以获得所需的工件加热。仿真结果与实验结果在开环和闭环下进行了比较。本文最后提出了一种电流控制方法,该方法可以在连续和数字条件下设定RMS电感电流。
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Multi phase induction system for metal disc heating: modeling and RMS-current control
This paper presents a multi phase induction system modeling for a metal disc heating. This architecture leads to a reduced element system, without any coupling transformers, phase loop, mobile screens or mobile magnetic cores. The model is based on simplified equivalent models but takes into account data extracted from finite element software concerning the energy transfer between the inductor currents and the piece to be heated. It is implemented in a versatile power electronic software, PSim. An optimization procedure calculates the optimal supply currents in the inverters in order to obtain a desired heating of the work piece. The simulated and experimental results are compared in open-loop and closed loop. The paper ends with a current control method which sets RMS- inductor currents in continuous and digital conditions.
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