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전기철도 고속화에 대응한 가선구조 최적화에 관한 연구

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Author(s)
이주헌
Issued Date
2016
Abstract
Railway is a high-traffic area with high publicity. Railway advanced countries use electric railway as electric power as high as train frequency is high. In addition, the speed improvement of electric railway has developed remarkably in long-distance inter-city transportation. With the development of technology due to the increase in the speed of the electric railway, the importance of the reliability of the facilities is increasing due to the diversification of the structures and functions of the facilities. It is possible to operate the system suitable for the demand from the light railroad to the super high speed magnetic levitation train, It is an eco-friendly means of transportation that is used as a power source. A tilting train is being developed to improve speed while using existing lines. With the opening of the high-speed railway in the domestic electric railway, the electric power plan is planned to be completed by 92% in 2020 according to the comprehensive national land plan. Therefore, due to increase of electric power facilities and change of operating environment, there is an increase in electrical and mechanical instability factors to the electric cable, and a social wavelength is large when a fault occurs, and there is a problem that recovery takes a long time. In order to maintain the horizontal line of the catenary line in the line structure of the catenary line, a hanger or a dropper is used to support the catenary line in the form of a curved line keeping the shape of the curved line. Such a hanger or dropper is a constant line The spacing is maintained and the train speed is improved by the number of installations. herefore, when the existing dropper type is changed and applied to the catenary line, the change of the vibration coefficient in the mechanical aspect is examined and the simulation of the catenary vibration characteristic is performed by using the program to predict the change of the vibration of the catenary line. But the vibration characteristics were improved. In this paper, we have investigated the contents.
Alternative Title
A Study Optimization of Catenary System for Electric Railway Acceleration
Alternative Author(s)
Lee Ju Heon
Affiliation
조선대학교 산업융합기술대학원
Department
산업기술융합대학원 전기기술융합공학과
Advisor
조금배
Awarded Date
2017. 2
Table Of Contents
ABSTRACT
Ⅰ. 서 론 1
Ⅱ. 이론적 고찰 3
A. 전차선로의 시스템과 가선방식 3
1. 가공 전차선로 3
a. 전차선로의 구성 3
b. 고속철도 전차선로의 가선방식 6
c. 커티너리(Catenary) 조가방식의 종류 7
d. 가공 전차선 조가방식의 속도 10
2. 차량의 팬터그래프 12
a. 팬터그래프의 특징 12
b. 팬터그래프의 형식 및 종류 13
3. 전기철도 가선구조의 집전특성 14
a. 팬터그래프-전차선로 상호관계 14
b. 전차선로의 정적현상 15
c. 전차선로의 동적현상 18
Ⅲ. 실험 및 결과고찰 20
A. 전차선·팬터그래프간의 동역학 검토 20
1. EN 50318:2002의 모델 시뮬레이션 비교 20
2. 인터페이스 차상측 검토 22
a. 전차선간과 팬터그래프의 접촉력 23
b. 전차선간과 팬터그래프의 접촉점 수직 변위 24
Ⅳ. 결론 27
Reference
Degree
Master
Publisher
조선대학교 산업융합기술대학원
Citation
이주헌. (2016). 전기철도 고속화에 대응한 가선구조 최적화에 관한 연구
Type
Dissertation
URI
https://oak.chosun.ac.kr/handle/2020.oak/1967
http://chosun.dcollection.net/common/orgView/200000266135
Appears in Collections:
Engineering > Theses(Master)(산업기술창업대학원)
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