| Title |
AC/DC Resonant Piezo-Powered Boost Converter for Piezoelectric Energy Harvesting |
| Authors |
Hyeok-Jin Kim ; Gyo-Bum Chung |
| Keywords |
Energy harvesting; Piezoelectric device; AC/DC resonant piezo-powered boost converter; Piezo-powered switching; Self-powered switching |
| Abstract |
This paper describes design procedure and control strategy of HDC(High side DC/DC Converter) and MCU(Motor Control Unit) for diesel hybrid electric vehicle. In designing HDC and MCU for HEV high power density and reliability is strongly needed to meet the demand of automotive industry. In order to achieve the high performance of a controller, MPC5554 based control board is developed. An optimized film capacitor and inductor are also developed for high efficiency driving. Skim 63 IGBT module of SEMIKRON for automotive is used for power switching device. The most efficient cooling model for optimal size and reliability were verified by simulation. These procedures are verified by bench or driving test and the results are present in this paper. |