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Power Supply Based on Carbon Ultracapacitors for Remote Supervision Systems

机译:基于碳超级电容器的远程监控系统电源

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摘要

The capacity to store energy in ultracapacitors or double-layer capacitors is about two orders of magnitude greater than that of ordinary capacitors. Also, their capability to receive and transfer power is greater than that of batteries in the same order of magnitude. These characteristics, together with their long life cycle ( $>$ 500 000) and their lack of maintenance work, make them a suitable choice in replacing batteries in pulsed or discontinued power consumption systems. This paper tries to evaluate the possibility to replace batteries with ultracapacitors in Global System for Mobile Communications (GSM)-based remote supervision systems using photovoltaic panels as main power source.
机译:在超级电容器或双层电容器中存储能量的能力比普通电容器大大约两个数量级。同样,它们的接收和传输功率的能力要比相同数量级的电池更高。这些特性以及较长的生命周期($> $ 500 000)和缺乏维护工作使其成为更换脉冲或断电功耗系统中电池的合适选择。本文试图评估在以光伏面板为主要电源的基于全球移动通信系统(GSM)的远程监控系统中,用超级电容器替换电池的可能性。

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