传统汤加的再创造

Beena Puthillath, Abishek Jose, Aswin Kumar, M. Shibin, Shojo Johnson
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引用次数: 0

摘要

本文以电动汤加为研究对象,着重从电气和机械两个方面进行设计。它仔细检查所有可用的技术,以找到上述领域所有问题的解决方案。主要的重点是重建传统的汤加,用可再生能源运行的机电运输方式取代动物运输方式。这个重建的汤加是生态友好的,成本更低,污染更少。三个主要部件是可充电电池、电机和车轮。电池为电动机提供电力,电动机将电力转化为机械动力,并通过轴将其传递给车轮。汤加号一次可以载两到三名乘客从一个地方到另一个地方。它可以集成一个太阳能电池板,它可以提供除电池以外的二次能源输入,以及一个带线路跟随器的Arduino来控制汤加。该文件旨在促进旅游业,并在不折磨动物的情况下利用汤加。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Recreation of Conventional Tonga
This paper focus on designing of Electric Tonga gives emphasis on two domains namely electrical and mechanical. It scrutinizes all available technologies to find solutions to all issues to above mentioned domains. The major focus was to recreate the conventional Tonga by replacing the animal mode of transportation to electro-mechanical mode of transportation which can be run using Renewable energy. This recreated Tonga is eco-friendly, less cost, and creates less pollution. The three major components are a rechargeable battery, motor and wheels. Battery supplies electrical power to the motors which converts this electrical power into mechanical power and gives them to the wheels via a shaft. The Tonga could carry two to three passengers at a time from one point to the other. It is possible to incorporate a solar panel which can provide a secondary source of energy input other than battery, as well as an Arduino with line follower to control the Tonga. The paper aims to promote tourism and to use Tonga available without torturing animals.
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