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부하토크외란관측기와 속도센서리스 벡터제어를 이용한 철도모의장치의 Anti-Slip 제어
이상집(S.C. Lee),권중동(J.D. Kwon),김은기(Y.K. Kim),조정민(J.M. Jho),전기영(K.Y. Jeon),이승환(S.H. Lee),오봉환(B.H. Oh),이훈구(H.G. Lee),김용주(Y.J. Kim),한경희(K.H. Han) 전력전자학회 2004 전력전자학술대회 논문집 Vol.- No.-
This paper estimate coefficient of adhesion through speed sensor-less vector control and load torque disturbance observer used for maximum tractive force control. And also proposes anti-slip control algorithm, which controls torque force of motor in order to keep the estimated adhesion force in maximum adhesion by controlling PI torque with the differential value of estimated adhesion force coefficient.
조정민(J.M. Jho),함년근(N.Y. Harm),김대균(D.G. Kim),이상집(S.J. Lee),김성남(S.N. Kim),이훈구(H.G. Lee),한경희(K.H. Han) 전력전자학회 2003 전력전자학술대회 논문집 Vol.2003 No.7(2)
In the end of a production line a new built power converter has to undergo a series of stress tests. This can be achieved by connecting it to a dynamometer consisting of a three-phase machine joined by a rigid shaft to a DC load machine. The latter is controlled to create some specific load characteristic needed for the test In this paper a test method is proposed, in which no mechanical equipment is needed. The suggested test stand consists only of a converter to be tested and a simulator converter. Both devices are connected back-to-back on the AC-side via smoothing reactors. The simulator operates in real-time as an equivalent load Circuit, so that the device under test will only notice the behaviour of a three-phase machine under consideration of the load.<br/>