Ning Li, Yingshuai Liu, Junzhi Zhang, Chao Li, Yuan Ji, Weilong Liu
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引用次数: 0
Abstract
This paper presents an energy consumption evaluation method for electric vehicles under different cooling and heating conditions. First, using the actual driving test data of electric vehicles, the weight coefficient of the energy consumption value per 100 km of the electric vehicle undercooling, heating, and non-cooling heating is obtained by the least-square method in the comprehensive energy consumption value of the electric vehicle per 100 km throughout the year. Then, the above weight coefficients are combined with the test results of the bench test to obtain the comprehensive energy consumption per 100 km of the electric vehicle in the whole year. The relevant vehicles are tested, and the simulation and experimental results show that the obtained weight coefficients of the least-squares method can better reflect the real energy consumption of the entire vehicle, and the energy consumption of 100 km is an evaluation method for electric vehicles. A feasible evaluation method is proposed in this paper.
期刊介绍：
The journal Asian Economic Papers (AEP) is supported by several prominent institutions, including the Center for Sustainable Development at Columbia University in the United States. This shows that there is a strong emphasis on sustainable development within the journal's scope. Additionally, the Korea Institute for International Economic Policy in South Korea, the UN Sustainable Development Solutions Network (SDSN) in Malaysia, and the Economic Research Institute for ASEAN and East Asia in Indonesia also sponsor AEP. The articles published in AEP focus on conducting thorough and rigorous analyses of significant economic issues pertaining to specific Asian economies or the broader Asian region. The aim is to gain a deeper understanding of these issues and provide innovative solutions. By offering creative solutions to economic challenges, AEP contributes to the discourse and policymaking that impact the Asian economies and region as a whole.
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