dc.description.abstract | As human civilization has progressed more and more over time, a large amount of non-renewable energy is consumed at the same time. In the process of using these energy sources, a large amount of greenhouse gases were also produced, which in turn led to global warming and even global climate change. Faced with such severe environmental problems, various countries have concluded many agreements and conventions, but the actual situation came out was not as expected. In order to solve the problem fundamentally, it is necessary to accelerate the use of renewable energy as the main alternative energy source. With the joint efforts of the world, the proportion of renewable energy used has increased year by year, which has also promoted the technological progress of renewable energy, especially solar and wind energy. Although the application of renewable energy in power generation is booming, in terms of transportation, insufficient policy support and slow development of new technologies have caused only a slow increase in the number of installations. And transportation accounts for up to 35% of the world′s energy consumption statistics. In order to integrate renewable energy into the transportation of daily life, this research will introduce the electric vehicle powered by wind energy researched by Dr. Hossain, and use the combination of wind turbine generator and electric vehicle as a transportation tool used by people in daily life, so as to achieve no harm to the environment. And it can be a good green transportation alternative for sustainable development.
The purpose of this research is to explore whether wind vehicles can be used as alternatives to traditional vehicles. Therefore, through the daily life situations of ordinary office workers, wind speed data, etc., using an optimized method to find the lowest additional charging cost for wind vehicles. After finding the best solution, perform sensitivity analysis based on different vehicle requirements and wind speed data used. The results show that car demand is very critical to the additional charging cost of wind vehicles, and the larger the demand, the higher the additional charging cost. The difference in wind speed has a less obvious impact on the minimum charging cost. A very large difference in wind speed is needed to affect the additional charging cost, but it has a considerable impact on its own power generation. From the results of the experiment, it can be known that people with higher wind speeds and higher demand for cars are more suitable for using wind cars. With the advancement of various renewable energy technologies in the future, the improvement of power generation conversion efficiency and the reduction of material costs will not only save more of its own energy use costs, but also make one step closer to environmental protection. | en_US |