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A Study on Improving High-Power Induction Motor Starting
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 Title & Authors
A Study on Improving High-Power Induction Motor Starting
Son, Seok-Geum;
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The motor power of the industry to use the electric energy is gradually increased. The electric motor generates a voltage drop in the starting current during startup. The starting current is started it is difficult to have an adverse effect on neighboring power systems with large motor starting when the voltage drop across the power grid. In addition to that the motor torque according to the load depending on the size of the rotation speed is changed to a motor start-up speed is important. However, the distance to the emergency generator transformers or motors from the motor capacity is smaller but short and difficult to maneuver the theory and practice of the operating characteristics of the starting characteristics of the motor used a lot of large industrial plants were measured and analyzed. Therefore, this study investigated the motor starting Analysis and interpretation for the relationship with the large motor starting torque and speed during motor starting.
Induction motor;High-Power Induction Motor;Motor Starting;Torque and speed;Starting Current;
 Cited by
K-water "Large motor starting characteristic analysis report", 2012

"IEEE Recommended Practice for Industrial and Commercial Power System Analysis" 9.2.2, The Institute of Electrical and Electronics Engineers, Inc, IEEE Std 399-1997

IEEE recommended practice for electric power distribution for industrial plants, ANSI/IEEE Std. 141,1986

Lee Eun-Chun, Kim Jae-Cheol, "Analysis on Induction Motor Starting Characteristics", KIEEME Vol. 26, No. 5, 2013

Yi Jo Son, "Power System Analysis and Optimization Technology", Munundang, 2014

Seung-Jae Lee 외6, " Study on Emergency Generator Capacity Selection(PG3) in the Chemical Plant" KIEE Vol.29, No.12, 2015

Yi Jo Son, "IEC 60606 Short Circuit Study", SAEHONG EGINEERING & CONSULTANT CO., LTD. 2013

Yi Jo Son, "power Tools for Windows, Fault Current Calculation and Coordination", SAEHONG EGINEERING & CONSULTANT CO., LTD. 2008

Power Tools Manual, SKM, 2006

Yi Jo Son, "IEC 60606 Short Circuit Study", SAEHONG EGINEERING & CONSULTANT CO. LTD. 2013