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SOLARCAP: Super capacitor buffering of solar energy for self-sustainable field systems

机译:SOLARCAP:用于自我维持的现场系统的太阳能超级电容器缓冲

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摘要

Intelligent systems like automatic highway traffic management, area surveillance, and geological activity monitoring require substantial data collection and processing in the field. Energy self-sustainability is a critical foundation for successful field systems that are away from the power grid infrastructure. Instead of the conventional battery-based energy storage, this paper argues that the super capacitor buffering of solar energy (SOLARCAP) has the advantages of precise energy lifetime awareness, low maintenance, and operational robustness. By designing and developing a prototype implementation of the circuitry required for management and harvesting of energy, we demonstrate a SOLARCAP system that ensures safe device operation within the permitted voltage range.
机译:诸如高速公路自动交通管理,区域监视和地质活动监视之类的智能系统需要在现场进行大量数据收集和处理。能源的自我可持续性是成功实现远离电网基础设施的现场系统的关键基础。本文认为,代替传统的基于电池的能量存储,太阳能超级电容器缓冲(SOLARCAP)具有精确的能量寿命感知,低维护和操作稳定性的优点。通过设计和开发用于管理和收集能量所需的电路的原型实现,我们演示了SOLARCAP系统,该系统可确保设备在允许的电压范围内安全运行。

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