Research on Energy Recovery System
DOI:
https://doi.org/10.61173/zp1k4554Keywords:
reversibility, regenerative braking system, recovery system, energy transmission, mechanical energy recovery system, coasting and brakingAbstract
As the number of electric vehicles continues to grow globally, more and more advanced technologies are being applied to electric vehicles. Energy recovery technology is a crucial part of them. The basic principle of how electric vehicles work is to convert chemical energy into electrical energy, and then convert electronic energy into kinetic energy. Actually, the ability of deceleration is necessary for electric vehicle. However, large amount of energy may lose due to this period. So, people developed energy in order to recover this energy.This study contain the introduction of two different types of energy recovery system, electronic energy recovery system and mechanical energy recovery system. Including two major advancements in this field in recent decades which contribute a lot in electronic recovery system. In addition, I introduced some latest research on mechanical energy recovery system which utilized hydro-mechanical technology. Most of my analysis are based on ECE (European standard operating conditions) . Worth noticing that more areas for expansion of this technology are also mentioned in my essay such as rotorcrafts and motor-driven tanks which are the latest products.
References
advantages of electronic energy recovery systems mainly EV and HEV[J]. SAE transactions, 1999: 3184-3190. lie in reliability and practicality, while the advantages [4] Xu YAO-ting, NING Xiao-bing, WANG Qiu-cheng, of mechanical energy recovery systems mainly lie in Simulation analysis of hydraulic regenerative braking system for
high recovery efficiency. With the development of future pure electric vehicle based on AMESim, 2012, 146-147
technology, perhaps mechanical energy recovery systems [5] AUSA General Dynamics :Abrams-X ,2022, Phoenix Net, will become mainstream. https://baike.baidu.com/reference/62062941/4e33RHMDuOn These systems would be wildly used in automotive 4a9djnoWN0vTdb24NahXsuuZI5TGoXQwDcOJXFNL4B- industry, aviation industry ,even in military industry, 1kRYSR6b56PITNniq5Ny2y9X4flijvlwk showing unparalleled superiority. The special structure of
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