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Energy Harvesting and Smart Management Platform for Low Power IoT Systems

机译:低功耗物联网系统的能量收集和智能管理平台

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Advances in Micro-Electro-Mechanical Systems (MEMS) and energy scavenging technologies are now able to provide viable solutions based on different application environments. In particular, rechargeable battery-operated Wireless Sensor Networks (WSN) can now be set upon a new basis that targets both ambient energy harvesting and wireless charging technologies in different forms and scales. Hence, the assumption of finite energy budget (that may also affect the system's performance) can be over-passed by potentially unlimited energy supply. The presented platform is able to effectively power a low power IoT system with processing, sensing and wireless communication capabilities. It embeds an advanced energy management IC that allows extremely high efficiency energy harvesting, suitable for low-power and miniaturized energy generators. Unlike other systems it not only supports a variety of power supply options, but also a hybrid energy storage scheme. This paper aims to provide a description of the system's design, the embedded intelligence and the performance in terms of energy autonomy.
机译:微机电系统(MEMS)和能量清除技术的进步现在能够根据不同的应用环境提供可行的解决方案。特别是,现在可以在新的基础上设置可充电电池供电的无线传感器网络(WSN),以不同形式和规模的环境能量收集和无线充电技术为目标。因此,有限的能源预算(也可能影响系统性能)的假设可能会被潜在的无限能源供应所超越。所展示的平台能够通过处理,传感和无线通信功能有效地为低功耗物联网系统提供动力。它嵌入了先进的能量管理IC,可实现非常高效的能量收集,适用于低功率和小型化的能量发生器。与其他系统不同,它不仅支持多种电源选项,而且还支持混合能源存储方案。本文旨在从能源自治的角度对系统的设计,嵌入式智能和性能进行描述。

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