전기 추진 시스템의 냉각시스템에 관한 분석 및 설계
Analysis & Design of Cooling System for Electric Propulsion System
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초록
The cooling system is one of the most concerning factor for the reliability of the electric propulsion ship. Generally, a drive system operation in higher temperature decreases the device's reliability and power efficiency. The management of power loss and temperature of switching devices is indispensable for the reliability of the power electric system. In this paper, the switching devices are molded by IGBT, and the propulsion system is consisted of MIIR(Motor with Inverter Internal to Rotor). The system composition interacts with each other to calculate the loss and temperature of device. The calculation result is used for modeling and designing of the control and monitoring system for the electric propulsion system.
Abstract
The cooling system is one of the most concerning factor for the reliability of the electric propulsion ship. Generally, a drive system operation in higher temperature decreases the device's reliability and power efficiency. The management of power loss and temperature of switching devices is indispensable for the reliability of the power electric system. In this paper, the switching devices are molded by IGBT, and the propulsion system is consisted of MIIR(Motor with Inverter Internal to Rotor). The system composition interacts with each other to calculate the loss and temperature of device. The calculation result is used for modeling and designing of the control and monitoring system for the electric propulsion system.
참고문헌 (7)
- Baseline Prime Power System Used by the University of Texas, , ~ (2003)
- Dr. Douglas J. Nelson, "Thermal Overload Capabilities of an Electric Motor and Inverter Unit Through Modeling Validated by Testing", MASTER OF SCIENCE in Mechanical Engineering, pp.10~ (2004)
- Jos Miguel Ortiz-Rodruez, "ELECTRO- THERMAL MODELING OF A POWER ELECTRONIC MODULE", degree of MASTER OF SCIENCE in ELECTRICAL ENGINEERING UNIVERSITY OF PUERTO RICO MAYAGZ CAMPUS (2004)
- J. Sigg, "Extraction Methodology and Validation for an Electro-Thermal Physics-Based NPT IGBT Model", IEEE Industry Applications Society, pp.5~ (1997)
- L. C. Jenkins, "Electronic equipment thermal management", Reliability and Maintainability Symposium, pp.17~22 (1984)
- H. Vinke, "Compact models for accurate thermal characterization of electronic parts", IEEE Transactions on Components, 20(4), pp.411~419 (1997)
- A. R. Hefner, "Thermal component models for electrothermal networks simulation", IEEE Transactions on Components Packaging and Manufacturing Technology, 17, pp.413~424 (1994)