Design and Implementation of a Low-cost Solar Charged Portable Disinfectant Chamber

Ruham Rofique, Md. Yasin Arafat Alif, Suprio Saha Himu, Fahmida Zahin Naima, C. A. Hossain
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Abstract

Health safety is always one of the key concerns for human lives. During this current pandemic, people have become more aware of this fact and have started following different precautions. In this paper, we have discussed a prototype of a cost-efficient and environmentally friendly disinfection chamber that can help to solve the public health risk that was brought to our attention. Currently, power generation costs have also increased due to inflation and fuel price hikes. There is a lack of power supply for that. To ensure the proper demand for power, the whole world focused on renewable energy. While developing the prototype, we tried to use the widely available resources in our local market so that it reduces the cost as well as can be easily repairable and upgradeable. Although we have used solar panels in the system, due to the portability and availability of power, we have also used a battery system which can supply power to the chamber for over 8 hours. We also discussed a few future works on the proposed system, with a focus on solar system improvement.
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低成本太阳能充电便携式消毒箱的设计与实现
健康安全一直是关系到人类生命的关键问题之一。在当前的大流行期间,人们已经更加意识到这一事实,并开始采取不同的预防措施。在本文中,我们讨论了一个具有成本效益和环境友好型消毒室的原型,可以帮助解决引起我们注意的公共卫生风险。目前,由于通货膨胀和燃料价格上涨,发电成本也在增加。这里缺乏电力供应。为了保证适当的电力需求,全世界都在关注可再生能源。在开发原型的过程中,我们尽量利用当地市场上广泛可用的资源,这样既可以降低成本,又可以很容易地进行维修和升级。虽然我们在系统中使用了太阳能电池板,但由于电力的便携性和可用性,我们还使用了电池系统,可以为房间提供超过8小时的电力。我们还讨论了关于拟议系统的一些未来工作,重点是太阳能系统的改进。
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