• Title/Summary/Keyword: prototype 8200 electric locomotive

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The THD measurement of HEP equipment power installed on 8200 series Electric locomotive (8200대 신형 전기기관차 HEP 장치 고조파 왜율 측정)

  • Kim, Dae-Sung;Lee, Kyung-Rac;Ahn, Hong-Goan;Park, Jong-Chun
    • Proceedings of the KSR Conference
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    • 2010.06a
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    • pp.488-497
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    • 2010
  • 8100 series Electric locomotive was imported from SIEMENS of Germany on 2001. 8100 series model is modified from BR152 model to be complied with national environment. After 8100 series Electric locomotive carried out main line test for long time, 8200 series Electric locomotive produced in 10 locomotives with improvement and supplement on some parts. the one of supplement is to install the HEP equipment. In paper, about total harmonic distortion of HEP equipment power, it compares the result of combination with the result of actual measurement. It checks whether the measurement meets the specification of design or not. And it describes international standard about total harmonic distortion of supply system.

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A Study on Powering Characteristic on Speed Variation of Propulsion System of Prototype 8200 Electric Locomotive (축소형 8200호대 전기기관차 추진시스템의 속도변화에 따른 역행특성 연구)

  • Jung, No-Geon;Chang, Chin-Young;Yun, Cha-Jung;Kim, Jae-Moon
    • The Transactions of The Korean Institute of Electrical Engineers
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    • v.63 no.10
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    • pp.1467-1472
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    • 2014
  • This paper study on powering characteristic on speed variation of propulsion system of prototype 8200 electric locomotive propulsion system through simulation modeling. For this purpose, it being applied in the field of railway IGBT (Insulated Gate Bipolar Transistor) elements are used. Converter was performed PLL (Phase-Locked Loop) control method that is used to control the phase and output voltage, and the inverter was carried an indirect vector control method to control the speed of traction motor. The results of simulation by modeling and experimental unit, we was confirmed that converter is controlled a unity power factor and output voltage by reference voltage. Also traction motor was controlled by indirect vector control and SVPWM inverter switching method very well.