结合能量收集和电源管理为一个完整的无线传感器电源解决方案

C. Lakeman, P. Fleig, J. T. Trainor, Mark A. Fuge
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引用次数: 0

摘要

无线传感器为部署有线传感器不切实际的棘手问题提供了解决方案。无线传感器面临的最大挑战之一是功率。电源管理和电池技术的进步可能很快就会使原电池的使用寿命达到三年,但这需要对传感器的操作进行严格控制,在许多应用中,这将对数据速率或传输范围等参数的性能产生不可接受的限制。能量收集为这些问题提供了解决方案,但往往受到环境能量固有的低和波动水平的限制。在本次演讲中,我们将展示一个结合智能、超低功耗充电管理电路和电化学能量存储的系统,该系统与任何能量收集技术兼容。这种构建模块对于实现一种可以在终端用户系统中取代电池的电力系统至关重要,它提供了能量收集技术的优点,同时减轻了缺点。
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Combining energy harvesting and power management for a complete wireless sensor power solution
Wireless sensors provide solutions to otherwise intractable problems where it is impractical to deploy wired sensors. One of the biggest challenges facing wireless sensors is power. Advances in power management and battery technologies may soon enable three year life from primary batteries, but will require stringent control over sensor operation that, in many applications, will place unacceptable limits on the performance of parameters such as data rate or transmission range. Energy harvesting provides a solution to these problems, but tends to be limited by the inherent low and fluctuating level of ambient energy. In this presentation we will demonstrate a system that combines smart, ultra-low power charge management circuitry and electrochemical energy storage that is compatible with any energy harvesting technology. This building block is essential for realizing a power system that can replace batteries in end-user systems providing the benefits of energy harvesting technology while mitigating the drawbacks.
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