Status and Progress of the Retired Power Batteries Recycling in the Context of “Double Carbon”
DOI:
https://doi.org/10.54097/hset.v43i.7410Keywords:
Double Carbon, Power Battery Recycling, residual energy detection, screening and reorganization scenarios.Abstract
In recent years, to promote goal of "carbon peaking and carbon neutrality", replacing the traditional vehicles by electric vehicles becomes the essential solution to reduce the environmental pollution. The power battery, as the power source of electric vehicles, is also one of the core components of new energy electric vehicles. As an important part of the future development of pure electric vehicles, the decommissioning process of power battery recycling is summarized and analyzed from the current situation of decommissioned power batteries, the relevant standards and policies of power batteries in recent years, and the development and utilization of two kinds of decommissioned power batteries: dismantling and recycling and secondary utilization, respectively, and for the secondary utilization process, the focus is on the residual energy detection process and the screening and reorganization application scenarios. Finally, relevant suggestions are given to provide ideas for the green development of retired power batteries under the dual carbon target of "carbon peaking and carbon neutral”.
Downloads
References
Cui S H, ZHOU H, HUANG Z X, WANG K 2022 A review of key technologies and applications of power battery recycling Guangdong Electric Power. sin.1 - 14.
Liu R T, Li J L, Lv Z, Ma S L 2021 Analysis of the application potential of retired power batteries Electrical Technology.1 - 9.
Liu Y Q, Li J L, Zhang J H, Ma S L 2021 Safety analysis of retired batteries for secondary use Distributed Energy. 6 (01): 7 - 13.
Yang Y K, Zhang B, Liang Y L, Lu Q 2021 Analysis of the current situation of waste power battery recycling policy and technology Automotive and Accessories. sin.50 - 51.
Hu J,Lin C J, Hao W J, Zheng T L 2022 Current status and suggestions for the construction of power battery standard system Energy Storage Science and Technology. 11 (01): 313 - 320.
Automotive and Accessories 2022 Automotive and Accessories. (09): 44 - 47.
Zhou W, Fu D J, Liu W F, Chen J J, HU Z, ZENG X R 2022 Energy Storage Science and Technology. sin.1854 - 1864.
Li J L, Li Y X, Guo L J 2021 Distributed Energy.6 (03): 32 - 37.
Wang G F 2021 Urban and Rural Construction. (19): 48 - 49.
Li M M 2022 Intelligent Networked Vehicles. (01): 59 - 61.
Cheng M Q, Ru J J, Hua Y X, Wang D, Cheng X X, Zhang W W, Huang H M, Wang D X 2022 Chemical Progress.3293 - 3305.
Wang Z X, Li J C, Li J D, Yi J, Shi L, Wu X 2022 Energy Storage Science and Technology.11 (01): 45 - 52.
Yang S W, Du G C, Wang L X, Liu L P, Hou X C, YING X F 2021 World Nonferrous Metals. (19) :136 - 137.
Lou P, Xu G H, Yye L P, Li S D, Cheng Q, Cao Y C, Deng H M 2020 Energy Storage Science and Technology.848 - 855.
Meng X Q 2020 PhD. Study on the failure process and direct regeneration of ternary cathode materials for lithium-ion batteries (Tianjin: Tianjin University).
Wang S 2021 PhD. Consistent sorting and restructuring of retired power battery modules (Beijing: North China Electric Power University).
Li X D, Zhang X W 2022 Energy Storage Science and Technology.1 - 15.
Li Y Q, Lei Q K, Wang H, Hua S C 2021 Huadian Technology. 42 - 46.
Kang D X, Li L W, Yang Y X, Wang K 2020 Guangdong Electric Power.9 - 16.
Dong R F, Wang F F, Hu Y X, Zhao G J 2021 Chinese Journal of Power Sources. 45 (7): 890 - 892.
Wang Fan, Shi Y S, Liu B J, Zo Y J, Fu Z, ALI Jamsher 2021 Energy Storage Science and Technology. 10 (06): 2326 - 2333.
Jin W T, Liao M S, Huang J, Wei Z D. 2022 Energy Storage Science and Technology.11 (01) :350 - 358.
Wang H M, Liu J L 2021 Electronic Technology and Software Engineering. (07) :225 - 226.
Xie P, Zhu H S, Wang, Li X W 2021 Internal Combustion Engines and Accessories. (06): 201 - 203.
Yang H H, Hong Y, Shi B W, Xie M Y, Zhu Z Y, Yu W 2021 Electric porcelain lightning arrester. (06): 76 - 80.
Luo F, Huang H H, Wang H X 2022 Journal of Instrumentation. 43 (01): 229 - 238.
Downloads
Published
Issue
Section
License

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.







