摘要
项目设计的作品是一种简单高效、制造方便的海洋自给式检测平台用波浪能压电发电装置。通过双浮岛随波运动使压电陶瓷产生形变,获得的电能整流后由并联的超级电容存储并收集。该装置可以替代传统的电池供电,以适应水文条件下的环境监测、科学探测、搜寻救灾、军事侦察等领域低功耗无线传感设备自主供电的应用需求。
This project designs a wave energy piezoelectric power generation device of self-supporting marine detection platform,which is simple,efficient and easy to manufacture.The equipment can deform the piezoelectric ceramics through double floating island with wave motion.Electricity obtained in this way can be stored and collected by supercapacitors in parallel after it was rectified.It ought to replace conventional battery power to meet the application demand of low power consumption wireless sensor device under hydrologic conditions.We can apply it to many areas such as environmental monitoring,scientific exploration,search and resume,military reconnaissance and so on.
作者
周仪
金旭
方黎阳
申超男
宿刚
ZHOU Yi;JIN Xu;FANG Liyang;SHEN Chaonan;SU Gang(Zhejiang Ocean University,Zhoushan 316000,China)
出处
《大学物理实验》
2020年第6期86-90,共5页
Physical Experiment of College
基金
浙江海洋大学大学生创新训练计划项目(xj2018101)。
关键词
压电效应
波浪能
MSP430单片机
双浮岛式载体
piezoelectric effect
wave energy
MSP430 singlechip
double floating island carrier