Umhlangano Wokuqala WeKomidi Lobuchwepheshe Wango-2026 weNational Engineering Research Center for Lithium-Ion Power Batteries Ububanjelwe eTianjin

NgoFebhuwari 6, umhlangano wokuqala wekomidi lobuchwepheshe lika-2026 weNational Engineering Research Center for Lithium-Ion Power Batteries (lapha phansi obizwa nge-"National Engineering Center") ububanjelwe ekomkhulu leChina Automotive New Energy Battery Technology Co., Ltd. (lapha phansi obizwa nge-"China Automotive New Energy"). Bangaba ngochwepheshe bezimboni abacishe babe ngu-20 bahambele umhlangano, okubalwa kubo uChen Jun, uMfundisi weChinese Academy of Sciences, umsekeli kaMongameli weNankai University, kanye noMkhokheli weKomidi Lobuchwepheshe leNational Engineering Research Center for Lithium-Ion Power Batteries; uLu Tianjun, uNobhala weQembu kanye noMphathi Jikelele weChina Automotive New Energy; uQin Xingcai, uSekela Somlomo weChina Automotive Power Battery Industry Innovation Alliance; uHuang Yunhui, uMsekeli Mkhokheli weKomidi lezeMfundo leHuazhong University of Science and Technology kanye noProfessor. Umhlangano ubuholwa ngokuhlanganyela nguChen Jun noLu Tianjun.

Phakathi komhlangano, uChen Jun, uLu Tianjun, uQin Xingcai, noHuang Yunhui ngokuhlanganyela bavule isikhumbuzo esisha seNational Engineering Research Center for Lithium-Ion Power Batteries. I-National Engineering Center yethule izimpumelelo eziningi zokubambisana kwezinto ezintsha. Phakathi kwazo, u-Academician Chen Jun noGeneral Manager Lu Tianjun ngokuhlanganyela bavule futhi balungisa uhlelo lomkhiqizo webhethri eliqinile nelingamanzi elinezinga eliphezulu kakhulu lamandla. Lo mkhiqizo, owakhiwe ngokuhlanganyela yiqembu lokucwaninga eliholwa u-Academician Chen Jun waseNankai University kanye ne-R&D Technology Center ye-China Automotive New Energy, unamandla angu-500 Wh/kg kumakhemikhali ayo, ukwanda okungu-67% kumandla ebhethri uma kuqhathaniswa nemikhiqizo efanayo, kanye nebanga lemoto elingaphezu kuka-1,000 km ngemuva kokufakwa.

U-Yan Zhenhua, ilungu eliyinhloko leqembu elihlangene kanye nephrofesa eNyuvesi yaseNankai, uthe lo mkhiqizo usebenzisa izinto ezintsha ezithuthukiswe ngokuzimela kanye nobuchwepheshe obubalulekile. Amandla athile e-cathode adlula ku-300 mAh/g, kanti amandla e-cell energy adlula ku-500 Wh/kg, okungaphezu kokuphindwe kabili kwamabhethri aphezulu we-lithium iron phosphate. Lo mkhiqizo usebenzisa ubuchwepheshe be-super-wettable in-situ solidified composite electrolyte, enikeza izinzuzo ezifana ne-high ionic conductivity, i-super-wettability, i-wide electrochemical window, i-strong interfacial affinity, i-flame retardancy, kanye ne-low cost. Ubuye futhi usebenzise ubuchwepheshe bokukhiqiza i-lithium anode in-situ, obuxazulula izinkinga zezindleko eziphezulu kanye nezingozi zokuphepha ezihambisana nokusebenzisa amabhande e-lithium emetali. Lokhu akunciphisi kuphela izindleko zokukhiqiza futhi kwenza lula izinqubo zokukhiqiza, kodwa futhi kufeza izimpumelelo ezinkulu empilweni yomjikelezo webhethri nokuphepha.

ULi Xue, omunye amalungu abalulekile ethimba elihlangene elivela eChina Automotive New Energy, uphawule ukuthi umkhiqizo webhethri osanda kwethulwa une-system energy density engu-288 Wh/kg kanye ne-pack capacity engu-142 kWh, okwenza imoto ibe nebanga elingaphezu kuka-1,000 km ngemuva kokufakwa. Ngaphezu kwalokho, umkhiqizo usathuthukiswa njalo futhi kulindeleke ukuthi ufinyelele i-system energy density edlula u-340 Wh/kg, i-pack capacity edlula u-200 kWh, nebanga elingaphezu kuka-1,600 km. Ngaphezu kwalokho, umkhiqizo uhlanganisa ubuchwepheshe bokuvikela obunobukhulu obuhlanu obuhlanganisa izici "zokushisa, ugesi, imishini, igesi, nomlilo", okwenza ukuthi kungabikho ukusakazeka kokushisa ohlelweni lwebhethri. Ngokuhlanganiswa nobuchwepheshe be-cloud-vehicle coordinated battery management, umkhiqizo uhlelwe ukuqala imisebenzi yokubonisa ngo-2026.

U-Chen Jun ugcizele ukuthi i-National Engineering Center iyisici esibalulekile sohlelo lukazwelonke lokuqhubekisela phambili isayensi nobuchwepheshe, enikezwe umsebenzi wokusebenzisa amasu amakhulu kazwelonke kanye nokuholela ekuthuthukisweni kobuchwepheshe embonini. Kufanele iqhubeke nokuqinisa indima yayo ekuxhumaniseni ucwaningo oluyisisekelo nezicelo zezimboni, ukunqoba ubuchwepheshe "obubambezelayo", kanye nokubhekana nezinselelo ekuguqulweni kwemiphumela yocwaningo, ngaleyo ndlela isebenze njengomshini wokukhulisa amandla amasha emikhiqizo. Ngaleso sikhathi, ngenkathi isebenzisa indima yayo ehola phambili kanye nokuqoqa esifundeni saseBeijing-Tianjin-Hebei, i-National Engineering Center kufanele futhi yandise ithonya layo kuzwelonke nasemhlabeni wonke, ikhuthaze uhlelo lokusebenzisana lokusungula olubandakanya imboni, imfundo, kanye nocwaningo. Lokhu kuzoqhubekisela phambili ubuchwepheshe bebhethri kanye nokwenza izimboni, kukhuthaze ukuthuthukiswa kwekhwalithi ephezulu yemboni yamandla amasha, futhi kunikele ekuthuthukisweni komnotho kanye nezenhlalo kanye nentuthuko yemboni.