新能源動(dòng)力電池回收裝置的設(shè)計(jì)與優(yōu)化研究

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關(guān)鍵詞：動(dòng)力電池回收；材料分離；粉碎機(jī)構(gòu)；磁性分離；資源再利用中圖分類號(hào)：U469.7 收稿日期：2025-06-30 DOI： 10.19999/j.cnki.1004-0226.2025.08.028

Research on Design and Optimization of the Recycling Device for New Energy Power Batteries

Yang Jinguangl Li Jiel Ran Qin2Kong Zuojun' 1.Qiannan Minzu Polytechnic，Duyun 558oo2，China 2.Guizhou University，Guiyang 55o0oo，China

Abstract：Withtherapiddevelopmentofthenewenergyvehicle industry，theissueofpowerbateryrecycling has become creasinglyprominent.Thispaperdesignsanewtypeofrecyclingdevicefornewenergypowerbateries.Byintegrating multiple functional modulessuchasonveing，crusing，andseparatio，itacheesefcientrecyingandmaterallassificationofusedporteries. Thedevicecombinesathe-stagecrushingmechanismwithmageticseparationtechnology，fectivelyseparatingmetalando-met al materials in the batteries，with a recycling efficiency of over 95% . Experimental results show that compared with traditional recycling devices，hisdsignassignificantimprovementsinprocessingcapacityaterialsparatioaccuracyndenergyosumtioItan process 200kg ofusedbatteriesperhour，withametal material recoverypurityof 98% ，providingan efficient solution forthepower battery recycling industry.

Key words：Power batery recycling;Materialseparation;Crushing mechanism;Magnetic separation;Resource reuse

1前言

全球新能源汽車銷量從2015年的54萬輛增長(zhǎng)至2022年的1082萬輛，年復(fù)合增長(zhǎng)率達(dá) 53% 。（剩余3398字）