전기식 포탑의 전력공급 품질 향상 및 구동 설계 개선을 위한 울트라 커패시터 기반 에너지 저장장치 설계 및 검증
Design of an Ultra-Capacitor-Based Energy Storage System to Improve the Power Supply Quality and Driving Performance of an Electric Gun/Turret Driving System
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
The power supply device of an electric gun/turret driving system provides power from a DC–DC converter, whereas the instantaneous peak power exceeding the rated output required by the driving system is supplied by the energy storage unit. Using an ultra-capacitor as an energy storage unit offers the advantage of a stable power supply through a high-capacity capacitor. However, the heat generated by the charge and discharge currents can affect capacitor durability. In this study, we explore design application strategies to leverage the advantages of an ultra-capacitor-based energy storage unit while improving its durability. Furthermore, we verify the enhancement of the power supply quality and improvement in the driving performance of the electric gun/turret driving system. Finally, we describe the quality improvement achieved by implementing the designed energy storage unit.
Abstract
The power supply device of an electric gun/turret driving system provides power from a DC–DC converter, whereas the instantaneous peak power exceeding the rated output required by the driving system is supplied by the energy storage unit. Using an ultra-capacitor as an energy storage unit offers the advantage of a stable power supply through a high-capacity capacitor. However, the heat generated by the charge and discharge currents can affect capacitor durability. In this study, we explore design application strategies to leverage the advantages of an ultra-capacitor-based energy storage unit while improving its durability. Furthermore, we verify the enhancement of the power supply quality and improvement in the driving performance of the electric gun/turret driving system. Finally, we describe the quality improvement achieved by implementing the designed energy storage unit.