燃料电池实验,将海洋仪器与互联网相结合

J.A. Melhado, R. Miles, E. W. Hughes
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引用次数: 0

摘要

在海军研究实验室生物分子科学与工程中心的资助下,海王星科学公司(NSI)开发了一种系统,该系统能够量化使用燃料电池从海底收集的能量,并能够通过互联网进行远程监控和控制。该仪器被称为燃料电池数据记录器,将部署在最大深度30米,后来的版本将部署到1500米。通过250英尺长的脐带缆连接到码头上的笔记本电脑,可以通过互联网访问和远程控制,实现实时控制和监控。燃料电池技术的预期用途是自供电水下仪器。该系统采用了现有的Internet技术,大大简化了远程数据采集、测试控制和数据传播。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Fuel Cell experiment, merging oceanographic instrumentation with the Internet
Funded by the Center for Biomolecular Science and Engineering of the Naval Research Laboratory, Neptune Sciences, Inc (NSI) developed a system capable of quantifying the power that can be harvested from the ocean floor using fuel cells and capable of being remotely monitored and controlled using the Internet. The instrument, called the Fuel Cell Datalogger is to be deployed in max depth of 30 meters, later versions to 1500 meters. Real-time control and monitoring is possible through a 250-ft umbilical connected to a laptop on the pier that can be accessed and remotely controlled through the Internet. Anticipated use for Fuel Cell technology is self-powered underwater instrumentation. Available Internet technology is used in this system to greatly simplify remote data acquisition, control tests and disseminate data.
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