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    양수발전소 발전-전동기 운전중 감시 시스템의 개발 = Development of On-Line Monitoring System for Pumped Storage Generator/Motor

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    https://www.riss.kr/link?id=A104287182

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    On-line monitoring system(OMS) has been developed for the pumped storage generator/motor. The OMS is applied to diagnosis of the PD(partial discharge) activity of stator insulation, the shorted-turn of rotor winding and the variation of the air-gap between stator and rotor. The OMS consists of DAS(data acquisition system), main server system, gateway and display PC. The DAS measures the PD, the shorted-turn and air-gap from three sensors installed on the generator/motor. The gateway controls the data which sent by DAS. The main server system saves the data, analyzes the data and conducts the diagnostic algorithm. The display PC shows the diagnostic results of partial discharge, shorted-turn and air-gap. Field tests were conducted using PDA(partial discharge analyzer). The results of the OMS and PDA measurements can be directly correlated with normalized quantity number(NQN), PD magnitude(Qm) and PD pattern.
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    On-line monitoring system(OMS) has been developed for the pumped storage generator/motor. The OMS is applied to diagnosis of the PD(partial discharge) activity of stator insulation, the shorted-turn of rotor winding and the variation of the air-gap be...

    On-line monitoring system(OMS) has been developed for the pumped storage generator/motor. The OMS is applied to diagnosis of the PD(partial discharge) activity of stator insulation, the shorted-turn of rotor winding and the variation of the air-gap between stator and rotor. The OMS consists of DAS(data acquisition system), main server system, gateway and display PC. The DAS measures the PD, the shorted-turn and air-gap from three sensors installed on the generator/motor. The gateway controls the data which sent by DAS. The main server system saves the data, analyzes the data and conducts the diagnostic algorithm. The display PC shows the diagnostic results of partial discharge, shorted-turn and air-gap. Field tests were conducted using PDA(partial discharge analyzer). The results of the OMS and PDA measurements can be directly correlated with normalized quantity number(NQN), PD magnitude(Qm) and PD pattern.

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    참고문헌 (Reference)

    1 김희동, "발전기 회전자 권선의 운전중 층간단락 탐지" 48c : 192-199, 1999

    2 E. Woschnagg, "Turbogenerator Field Winding Shorted Turn Detection by AC Flux Measurement IEEE Trans. on Energy Conversion" 9 : 427-431, 1994.

    3 G. C. Stone, "Partial Discharge Seminar" 1 : 56-78, 2001.

    4 H. G. Sedding et al, "On-Line Partial Discharge Measurements on Turbine Generator" CIGRE 1998.

    5 G. C. Stone, "On-Line Monitoring for Condition Assessment of Motor and Generator Stator Windings" 94-103, 1994.

    6 G. C. Stone, "Importance of Bandwidth in PD Measurement in Operating Motors and Generators" 7 (7): 6-11, 2000.

    7 I. M Culbert, "Handbook to assess the Insulation Condition of Large Rotating Machines" 16 : 3 5-5036 25328, 1989.

    8 W. McDermid, "Experience with Directional Couplers for Partial Discharge Measurements on Rotating Machines in Operation" 14 (14): 175-184, 1999.

    9 Hee-Dong Kim, "Analysis of Partial Discharge to High Voltage Motor Stator Windings" 340-343, 2001.

    10 V. Warren, "Advancements in Partial Discharge Analysis to Diagnose Stator Winding Problems" 497-500, 2000.

    1 김희동, "발전기 회전자 권선의 운전중 층간단락 탐지" 48c : 192-199, 1999

    2 E. Woschnagg, "Turbogenerator Field Winding Shorted Turn Detection by AC Flux Measurement IEEE Trans. on Energy Conversion" 9 : 427-431, 1994.

    3 G. C. Stone, "Partial Discharge Seminar" 1 : 56-78, 2001.

    4 H. G. Sedding et al, "On-Line Partial Discharge Measurements on Turbine Generator" CIGRE 1998.

    5 G. C. Stone, "On-Line Monitoring for Condition Assessment of Motor and Generator Stator Windings" 94-103, 1994.

    6 G. C. Stone, "Importance of Bandwidth in PD Measurement in Operating Motors and Generators" 7 (7): 6-11, 2000.

    7 I. M Culbert, "Handbook to assess the Insulation Condition of Large Rotating Machines" 16 : 3 5-5036 25328, 1989.

    8 W. McDermid, "Experience with Directional Couplers for Partial Discharge Measurements on Rotating Machines in Operation" 14 (14): 175-184, 1999.

    9 Hee-Dong Kim, "Analysis of Partial Discharge to High Voltage Motor Stator Windings" 340-343, 2001.

    10 V. Warren, "Advancements in Partial Discharge Analysis to Diagnose Stator Winding Problems" 497-500, 2000.

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