摘要
为解决对海洋探测和海洋环境污染实时监测的电源问题,通过把微型水力发电机系于海豚身上,随着海豚运动时海水的反作用力驱动水力机转动发电,经整流滤波稳压后给锂电池板充电,从而海洋探测和海洋环境污染监测时可以使仪器获得稳定的电源。利用压力传感器、单片机、电磁控制和无线传输网络,增加该智能化海豚动力电源的可靠性和实用性,实现对仪器的回收和避免仪器对海洋环境的污染。
In order to possess a power supply which is needed to meet the requirement of sea detection and real-time monitoring of seawater pollution,a micro-hydroelectric generator which can be mounted on a dolphin was designed.It is drived by the seawater′s reacting force produced in the process of dolphin moving.The current is sent to a lithium battery through a rectifier filtering device.In this way,the instrument for sea detection and real-time monitoring of seawater pollution achieve the stable power supply.The pressure sensor,SCM and wireless transmission network are used in the system to improve the reliability and applicability of the power supply.
出处
《现代电子技术》
2012年第16期167-170,共4页
Modern Electronics Technique
基金
广西自然科学基金重点资助项目(桂科自0832018Z)
关键词
海豚
微型水力发电机
压力传感器
电源设计
dolphin； micro-hydroelectric generator； pressure sensor； design of power supply；
