| Title |
Development of Cylindrical Capacitive-Conductive Sensor to Evaluate Insulating Degradation for FCEV Stack |
| Authors |
김재훈(Kim, Jae-Hoon) ; 김주한(Kim, Ju-Han) ; 김윤형(Kim, Yoon-Hyung) ; 최강월(Cui, Jiang-Yue) ; 한상옥(Han, Sang-Ok) ; 용기중(Yong, Gee-Joong) |
| Keywords |
FCEV ; Stack ; Heat Transfer Fluid ; Cylindrical Capacitive-Conductive Sensor |
| Abstract |
It was used as measuring system to diagnose insulating condition, by which was kept a insulating resistance of inner stack and at the same time was cooled electrochemical heat of reaction of FCEV(fuel cell electric vehicle) stack that used a compressed hydrogen gas reacting with oxygen in accordance with variation on thermal degradation of nonconductive heat transfer fluid. Consequently it was developed a cylindrical multi-terminal capacitive-conductive sensor that could be attached to the internal surface of cooling system pipe to evaluate capacitance and conductivity of heat transfer fluid. |