A STUDY FOR APPLYING ENERGY STORAGE SYSTEM ON KOREAN URBAN TRANSIT SYSTEM

A Study for Applying Energy Storage System on Korean Urban Transit System

초록

Energy consumption is 90% for traction and 10% for auxiliary supply. Braking energy is 40% of energy consumption. Up to 40% of the tractive power of vehicles capable of returning energy to the power supply can be regenerated during braking and that this en

제목
A STUDY FOR APPLYING ENERGY STORAGE SYSTEM ON KOREAN URBAN TRANSIT SYSTEM
제목 (타언어)
A Study for Applying Energy Storage System on Korean Urban Transit System
저자
이한민; 김길동; 오세찬
발행일
2006-07-10
학회명
ICEE 2006