CAJ | 학술논문

本文旨在研究半导体温差发电模块输出电压、输出功率与冷热端温差的关系，采用高性能的隔热材料以及冷却水循环降温措施使温差始终保持较高数值，根据塞贝克原理，利用热电材料直接将热能转化为电能，进而通过相应的电源稳压、充电模块，形成一个小型的充电装置，可以给生活中的手机等移动设备进行充电。
본문지재연구반도체온차발전모괴수출전압、수출공솔여랭열단온차적관계，채용고성능적격열재료이급냉각수순배강온조시사온차시종보지교고수치，근거새패극원리，이용열전재료직접장열능전화위전능，진이통과상응적전원은압、충전모괴，형성일개소형적충전장치，가이급생활중적수궤등이동설비진행충전。
The relationship between output voltage/output power of the semiconductor thermoelectric module and the temperature difference between two sides of it was studied. High performance insulation material combining with the cooling water circulation system are used to keep the temperature different. With Seebeck effect as the theoretical foundation, generate electricity by the semiconductor thermoelectric power generation modules, and cooperate with the corresponding voltage regulator module and the charging module, small charging device is produced, and it can be used charge for digital devices in life.