通过电池和环境信息检测实现高效负载控制的独立光伏系统电源管理系统

Se‐mi Lim, Jin-Woo Jung, Ji-Hoon Lee, Jun-Seok Park
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引用次数: 1

摘要

本文提出了一个独立的光伏系统,使电力线在更大的范围内方便,并为其提供了更高的效率的电源管理系统。该系统可广泛应用于物流运输行业,特别是电动汽车、无人机、可变信息标牌等。本文提出的电源管理系统首先检测电池和环境信息,然后控制各负载过度执行电池工作时间延长和组件-系统级过充放电保护。采用大型发光二极管显示系统、仿真工作和场景模型对电源管理系统原型进行了评估。结果显示电池工作时间更长(3.2%~9.6%)。
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A power management system for standalone PV systems by efficient load control via battery and environment information detection
This paper presents a standalone photovoltaics system allowing power lines facilitated in wider range, and the power management system for its higher efficiency. The system could be widely used for logistics and transportation industry especially for electric vehicle, unmanned aerial vehicle, variable message signs and etc. The proposed power management system detects the battery and environment information first, and then, it controls each and every load to overly perform the battery operating time extension and component-to-system level protection from the over-charge/discharge. A power management system prototype was evaluated using a large-scale light-emitting diode display system, simulation works, and scenario model. The result highlights longer battery operating time (3.2%~9.6%).
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