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Design of optimal power source for NIOT offshore moored buoy system

机译:Niot海上停泊浮标系统最佳电源设计

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The moored buoy network maintained by NIOT has crucial role in cyclone and Tsunami warning. It is significant to have continuous, reliable real time data from these moored buoy systems. This paper explains the evolution of effective power system attained after years of experience and extensive study of buoy power system. Non-rechargeable lithium batteries are being used as primary power source because the buoy systems with Lead Acid batteries charged by solar panels are prone to damage. Later a dual battery system was implemented wherein lead acid battery would power the buoy system and in case of failure, the primary lithium battery can take over. A study is being made on installation of wind turbine on the buoy system to cater the power required for redundant charging mechanism.
机译:受尼托伊维护的停泊浮标网络在旋风和海啸警告中具有至关重要的作用。具有来自这些停泊浮标系统的连续,可靠的实时数据是很重要的。本文解释了经过多年经验和广泛研究浮标电力系统经验的有效电力系统的演变。不可充电锂电池被用作主要电源,因为由太阳能电池板充电的带铅酸电池的浮标系统容易损坏。后来实施了双电池系统,其中铅酸电池将为浮标系统提供动力,并且在发生故障时,主要锂电池可以接管。在浮标系统上安装风力涡轮机的研究,以满足冗余充电机构所需的功率。

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