光伏电池在无线电子设备自主供电中的应用——以Wi-Fi路由器为例

I. Lamkin, A. E. Degterev, I. I. Mikhailov, M. M. Romanovich, N. O. Patokov, S. Tarasov
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引用次数: 0

摘要

介绍。鉴于日益增长的环境问题,需要创新的解决方案来确保各种设备和系统的电力供应。因此,以太阳能为基础的可再生能源备受关注。在此背景下,开发由现代光伏转换器供电的Wi-Fi路由器似乎是一项相关的研究任务。由现代光伏转换器供电的Wi-Fi路由器的开发。材料和方法。该系统是在Wi-Fi路由器YF360-H和光伏电池hv1 -105/ o的基础上开发的。对所研制的光伏系统进行了计算;研究了太阳能电池板的伏安特性和瓦安特性。开发了太阳能电池板供电电路,工作区域转换效率达到90%。确定了保证系统自主运行7天的外部电池容量。在MATLAB环境下的建模实验证明了所开发系统的高效性。根据所进行的计算,在对太阳能电池最不利的天气条件下,可以使用hv1 -105/O光伏电池为Wi-Fi路由器YF360-H供电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Use of Photovoltaic Cells for Autonomous Power Supply of Radio Electronic Devices on the Example of a Wi-Fi Router
Introduction. In view of growing environmental concerns, innovative solutions to ensure electrical energy supply to various devices and systems are required. As a result, renewable energy sources, including those based on solar energy, are attracting much attention. In this context, the development of a Wi-Fi router powered by modern photovoltaic converters seems to be a relevant research task.Aim. Development of a Wi-Fi router powered by modern photovoltaic converters.Materials and methods. The proposed system was developed on the basis of a Wi-Fi router YF360-H and a photovoltaic cell HVL-105/O.Results. Calculations of the developed photovoltaic system were performed; volt-ampere and watt-ampere characteristics of the solar panel were investigated. The solar panel power supply circuit was developed, with the conversion efficiency in the working area achieving 90 %. The capacity of the external battery ensuring the system's autonomous operation for 7 days was determined. A modeling experiment in the MATLAB environment demonstrated the high efficiency of the developed system.Conclusion. According to the conducted calculations, a HVL-105/O photovoltaic cell can be used to power a Wi-Fi router YF360-H under the weather conditions considered most unfavorable for solar cells.
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