Parallel Operation of Aerospace Static Inverters

G. W. Ernsberger, H. R. Howell, F. Gourash, J. L. Klingenberger
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Abstract

Load division was accomplished by locking both static inverters in-phase and automatically controlling the magnitude of each inverter's internal voltage. Mathematical analysis shows (1) that the inverter internal impedance determines design of load division circuit, and (2) any reasonable load division accuracy can be obtained by using sufficient load division circuit gain. This paralleling method can be used with any number of static inverters and offers unique adaptability, reliability, and high power capability for aerospace applications.
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航空航天静态逆变器并联运行
负载划分是通过将静态逆变器锁相和自动控制每个逆变器内部电压的大小来完成的。数学分析表明:(1)逆变器内部阻抗决定了分载电路的设计;(2)利用足够的分载电路增益可以获得任何合理的分载精度。这种并联方法可以与任意数量的静态逆变器一起使用,并为航空航天应用提供独特的适应性,可靠性和高功率能力。
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