Feasibility study and design of a commercially viable solar car

Basil A. Qadoor, Osman M. Abdulsalam, Mohammad A. Al Shamsi, Zahidur Rahim, Zaki Iqbal
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Abstract

With the volatile pricing of the crude oil, dropping heavily this year, the rise in the global temperature to alarming levels and the upscaling of the PV industry, there has been shift by the policy makers, researchers and industries to integrate renewable energy to generate electricity and look for renewable energy transportation system such as taxi, private car and buses. RAK Research and Innovation center (RAKRIC) being one of the leading research center in the United Arab Emirates (UAE) have created its own network for producing 59kWp green energy [1]. Keeping the trend towards the growing demand for green transportation, the authors try to explore the feasibility of developing a solar car as an alternative for traditional, gasoline powered cars. In this paper, the authors explore the type of solar cars developed till date and based on the input, try to come up with our design for the commercially viable solar car. This paper also discusses how solar energy can be used for the purpose of transportation. UAE is one of those countries in MENA region with abundance of sunlight.
商业上可行的太阳能汽车的可行性研究和设计
随着原油价格的波动,今年大幅下跌,全球气温上升到令人担忧的水平,以及光伏产业的升级,政策制定者,研究人员和行业已经转向整合可再生能源发电,并寻求可再生能源运输系统,如出租车,私家车和公共汽车。RAKRIC研究与创新中心(RAKRIC)是阿拉伯联合酋长国(UAE)领先的研究中心之一,已经建立了自己的生产59kWp绿色能源的网络[1]。随着对绿色交通的需求不断增长,作者试图探索开发太阳能汽车作为传统汽油动力汽车替代品的可行性。在本文中,作者对迄今为止开发的太阳能汽车的类型进行了探索,并在此基础上,尝试提出我们的商业可行的太阳能汽车设计。本文还讨论了如何将太阳能用于交通运输。阿联酋是中东和北非地区阳光充足的国家之一。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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