Enhancing urban economic efficiency through smart city development: A focus on sustainable transportation

Abstract

An urban energy execution for smart transportation, evaluation, and impacting element model has been additionally built-in smart cities by the improved stochastic sustainable investigation technique (ISSIT), and board information from commonplace capitals has been considered for instance to do an exact examination. The urban energy execution appraisal and impacting variable model could diminish the issues brought about by two-organized execution, evaluation, and factor examination, measure the impacts of appraisal pointers and affecting elements of urban energy execution, and mirror the real execution of various urban communities in smart city transportation. Exact results show that urban energy execution of common capital in China has been expanding. The potential for energy-saving in Chinese common capital is also very high. When evaluating urban energy execution, it was critical to include the energy contribution as an appraisal pointer. Although there was a negative relationship between population thickness and urban energy execution, the temperature record, urbanization rate, and family vehicle possession were all extremely associated with urban energy execution. Chinese common capitals gradually lost their ability to execute urban energy from east to west. As a result of these findings, a few approach recommendations for improving urban energy execution are proposed for smart transportation.