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    SCIE SCOPUS KCI등재

    Power Consumption Analysis and Miniaturization Design of Permanent Magnet Synchronous Motor for Washing Machine with respect to Gear Use

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    https://www.riss.kr/link?id=A106634008

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    In this paper, the energy consumption of PMSM was compared simultaneously in direct and indirect drive systems, considering the efficiency of the operating point in the washing and dehydration modes. DD (Direct Drive) washing machines have the disadvantage of high-power consumption due to the difference in driving point efficiency of washing and dehydration. Therefore, in this paper, a method of changing the washing operation point using a gear is proposed. Two types of miniaturization models that satisfies the output level under two gear conditions are designed, and energy consumption with respect to the operating mode of the washing machine is analyzed and compared. From the viewpoint of power consumption, optimal stacking and gear combination model is selected. In conclusion, the energy consumption of the optimum gear model is decreased about 97 Wh and material cost of the motor down by 57.3 % compared with base DD motor.
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    In this paper, the energy consumption of PMSM was compared simultaneously in direct and indirect drive systems, considering the efficiency of the operating point in the washing and dehydration modes. DD (Direct Drive) washing machines have the disadva...

    In this paper, the energy consumption of PMSM was compared simultaneously in direct and indirect drive systems, considering the efficiency of the operating point in the washing and dehydration modes. DD (Direct Drive) washing machines have the disadvantage of high-power consumption due to the difference in driving point efficiency of washing and dehydration. Therefore, in this paper, a method of changing the washing operation point using a gear is proposed. Two types of miniaturization models that satisfies the output level under two gear conditions are designed, and energy consumption with respect to the operating mode of the washing machine is analyzed and compared. From the viewpoint of power consumption, optimal stacking and gear combination model is selected. In conclusion, the energy consumption of the optimum gear model is decreased about 97 Wh and material cost of the motor down by 57.3 % compared with base DD motor.

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    목차 (Table of Contents)

    • 1. Introduction
    • 2. Analysis of Washing Machine Operation Characteristics by Driving Method
    • 3. Analysis of Washing Machine Operation Characteristics according to Gear Use
    • 4. Energy Consumption of Compact Model according to Operation Mode of the Washing Machine
    • 5. Conclusion
    • 1. Introduction
    • 2. Analysis of Washing Machine Operation Characteristics by Driving Method
    • 3. Analysis of Washing Machine Operation Characteristics according to Gear Use
    • 4. Energy Consumption of Compact Model according to Operation Mode of the Washing Machine
    • 5. Conclusion
    • References
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