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Energy Consumption Optimization for the Electric Vehicle Air Conditioning Using the Condensate Water
Technical Paper
2019-01-0148
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
In summer, the relatively low temperature water condenses in the evaporator when the vehicle air-conditioning (AC) is running. At present, the vehicle AC condensate water without well utilization is directly wasted. The condenser’s thermal transfer performance has a great influence on the AC performance, and to increase the convective heat transfer coefficient (CHTC) is the key to its design. In this paper, a method of using atomized condensate water (CW) to enhance the condenser’s thermal transfer performance is proposed, which can make the most of the CW's cold energy. It achieves the reuse of CW and increases the condenser’s CHTC. First, the CW flow calculation model in the evaporator and the calculation model of the condenser enhanced thermal transfer using atomized CW are both set up. The influence of the evaporation degree of atomized CW particles in the air on the enhancement effect is comprehensively considered. In the simulation part, the reduction of the compressor power consumption using this method is calculated, and the effects of vehicle speed and air temperature on the condenser’s CHTC are analyzed. In the experiment part, an electric vehicle AC experimental bench is built. It is expected that the experimental result can show that this method can reduce the electric vehicle energy consumption to extend the driving range. The method proposed in this paper can optimize the electric energy consumption of electric vehicle AC and save water resources. It will effectively promote the development of new energy vehicles and be in line with the trend of energy saving and emission reduction.
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Authors
- Daolin Zhou - Wuhan University of Technology
- Gangfeng Tan - Suizhou-WUT Industry Research Institute
- Zebiao Ma - Wuhan University of Technology
- Yiran Ding - Wuhan University of Technology
- Xiaofei Ma - Wuhan University of Technology
- Shuai Wang - Wuhan University of Technology
- Haoyu Wang - Wuhan University of Technology
Topic
Citation
Zhou, D., Tan, G., Ma, Z., Ding, Y. et al., "Energy Consumption Optimization for the Electric Vehicle Air Conditioning Using the Condensate Water," SAE Technical Paper 2019-01-0148, 2019, https://doi.org/10.4271/2019-01-0148.Data Sets - Support Documents
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References
- Torregrosa-Jaime , B. , Payá , J. , and Corberan , J. Design of Efficient AC Systems for Electric Vehicles SAE Int. J. Alt. Power 2 2 291 303 2013 10.4271/2013-01-0864
- Dieckmann , J. and Mallory , D. Climate Control for Electric Vehicles SAE International Congress and Exposition 1991
- Cao , L. , Yang , H. , and Gao , J. Design Countermeasures for Electric Vehicle Air Conditioning System Journal of Hunan University (Natural Sciences) 2001
- Fang , G. and Li , H. Automotive Air Conditioning Technology China Machine Press 2002
- Wan , L. The Study of Utilization and Energy Conservation on AC Condensed Water in Summer 2012
- Jin , T. and Zhang , C. Research Progress on Recycling Technology of Condensate Water in Household ACs Cryo. & Supercond 2016
- Shen , D. , Luo , W. , Li , J. , and Wang , J. Research on Ultrasonic Atomized Air Conditioning Condensate Cooling Heat Exchanger Shanxi Architecture 2014
- Yao , T. Numerical Simulation and Experimental Study of Heat and Mass Transfer Mechanisms of Droplet Evaporation 2014
- Liu , N. and Zhang , X. Theoretical Analysis of Droplet Evaporation Process and Numerical Solution of Unsteady Process Refrigeration 2007
- Zhang , J. Study on Flow and Heat Transfer Characteristics of Direct Air Condenser Cooling System 2013
- Yu , J. Thermal Exchanger Principle and Design Beijing University of Aeronautics and Astronautics Press 2006
- Zhang , X. and Gao , J. Analysis of the Parallel Flow Type Condenser Face Velocity Selection Refrigeration and AC 2011
- Liu , L. Heat Transfer Performance and Optimization of Evaporative Condenser Tianjin University of Commerce 2013