便携式直流充电自行车发电站-实验项目

N. Carlson, Aubrey Lee, A. El-Shahat
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引用次数: 0

摘要

本文提出设计和建造一个自行车蓄电池充电站。该团队正在建造的空间站将建在一个便于运输的移动平台上进行演示。这个项目的设计初衷是让学生在校园里锻炼时给手机充电。这些车站的概念可以在校园的娱乐活动中心(RAC)和乔治亚南部大学校园的其他建筑外实施。该站将由一辆自行车和一个预制支架组成,支架上装有直流发电机,并配有电池用于存储。电能存储后,直流电路由12VDC转换为5VDC,交流电路由12VDC转换为120VAC。该支架产生的交流电将用于为小型交流设备供电,如时钟,或被供应回佐治亚南部电网,以减少大学的电力消耗。该项目还纳入了其他用于安全和监控自行车发电站系统的电气元件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Bicycle Generation Station for Portable DC Charging – Experimental Project
The paper proposes to design and construct a bicycle generation station for battery’s charging. The station the team is constructing would be built on a mobile platform for easy transportation for demonstration. The project is designed and inspired to be used for students to charge their phones while exercising on campus. The concept of these stations can be implemented into the recreation activity center (RAC) on campus and outside other buildings on georgia southern university’s campus for use. The station will be constructed from a bicycle and a premanufactured stand with a DC generator that is implemented with a battery for storage. After electrical energy is stored, the power will be converted from 12VDC to 5VDC for the DC circuit, and 12VDC to 120VAC for the AC circuit. The AC power generated by the stand will be used to power small AC devices, such as a clock, or to be supplied back into georgia southern power grid to cut down on power consumption for the university. The project also incorporates other electrical components used for safety and monitoring the bicycle generation station system.
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