논문 상세보기
pp.119-128
This study analyzes the effects of the number of angles and bends on resistance in a conductor-embroidered stitch circuit for efficient power transfer through a conductor of wearable energy harvesting to study changes in power lost through connection with actual solar panels. In this study, the angle of the conductive stitch circuit was designed in units of 30°, from 30° to 180°, and the resistance was measured using an analog Discovery 2 device. The measured resistance value was analyzed, and in the section of the angle where the resistance value rapidly changes, it was measured again and analyzed in units of 5°. Following this, from the results of the analysis, the angle at which the tension was applied to the stitch converges was analyzed, and the resistance was measured again by varying the number of bends of the stitch at the given angle. The resistance decreases as the angle of the stitch decreases and the number of bends increases, and the conductor embroidery stitch can reduce the loss of power by 1.61 times relative to general embroidery. These results suggest that the stitching of embroidery has a significant effect on the power transfer in the transmission through the conductors of wearable energy harvesting. These results indicate the need for a follow-up study to develop a conductor circuit design technology that compares and analyzes various types of stitches, such as curved stitches, and the number of conductors, so that wearable energy harvesting can be more efficiently produced and stored.
요 약
1. 서론
2. 이론적 배경
2.1. 전도사
2.2. 전도사의 저항과 실에 가해지는 장력 및자수방법이 미치는 영향
2.3. 태양광 패널을 부착한 웨어러블 에너지하베스팅
3. 실험 방법
3.1. 전도사 스티치 회로 구현
3.2. 전도사 스티치 회로의 굽힘 개수와 각도에 따른저항 변화 측정
3.3. 태양광 패널의 전압측정과 전도사로 인한손실전력 측정 및 분석 방법
4. 연구 결과 및 논의
4.1. 전도사 스티치 회로에 따른 필라멘트간의 접합분석
4.2. 전도사 스티치에 따른 저항변화 분석
4.3. 전도사 스티치 회로의 손실 전력 분석
5. 결론
REFERENCES
