论文信息 - Solution to the ferroresonant jump problem in three-phase power conditioning systems

Solution to the ferroresonant jump problem in three-phase power conditioning systems

An analytical investigation leading to a solution for the ferroresonant jump problem in three-phase conditioning systems is presented. The solution is found through the analysis of the power-conditioning system steady-state behavior. This analysis showed that proper control of the harmonics present in an oscillatory mode can lead to the suppression of the oscillation and hence force the system into the desired mode of operation. The proposed solution has been successfully tested in the laboratory and can be easily implemented for the existing systems in the field.<<ETX>>

A. Keyhani | S.M. Miri

[1] R. Basu. A new approach in the analysis and design of a ferroresonant transformer , 1967 .

[2] G. W. Swift. An Analytical Approach to Ferroresonance , 1969 .

[3] E. M. Gulachenski,et al. A New Device for Improving the Quality of Distribution Feeder Power to Digital Computer and Other Voltage-Sensitive Loads , 1982, IEEE Transactions on Power Apparatus and Systems.

[4] Reinhold Rudenberg. Nonharmonic Oscillations as Caused by Magnetic Saturation , 1949, Transactions of the American Institute of Electrical Engineers.

[5] R. Kakalec,et al. The derivation and application of design equations for ferroresonant voltage regulators and regulated rectifiers , 1970 .

[6] M. Maklad,et al. Multimodal operation of a ferroresonant circuit with quintic nonlinearity , 1976 .