Zininzi izikhombisi zezinto zobugcisa ze-anode ze-anode, kwaye kunzima ukuthathela ingqalelo, ikakhulu kubandakanya indawo ethile yomphezulu, ubungakanani be-suricle, i-traction, intlawulo yenyani, ukusebenza ngokukuko, njl njl. Ukongeza, kukho izibonakaliso ze-electronical ezinje ngentsebenzo yomjikelo, ukusebenza kwenqanaba, ukudumba, njalo njalo. Ke, zithini izikhombisi zomsebenzi wezinto ezithambileyo? Lo mxholo ulandelayo waziswa kuwe nge-hcmilling (i-guinin hongcheng), umvelisi weIzinto ze-Anode I-Grainding Gome.

I-01 indawo ethile yomphezulu

Ibhekisa kwindawo yomphezulu wento yeyunithi nganye. Incinci isuntswana, enkulu kwindawo ethile yomphezulu.

I-electrode engalunganga kunye namasuntswana amancinci kunye nendawo ephezulu yomhlaba ineendlela ezininzi kunye neendlela ezimfutshane ze-LITIAM ye-LITIIM ye-LITIM, kwaye ukusebenza kwenqanaba lingcono. Nangona kunjalo, ngenxa yendawo enkulu yoqhakamshelwano kunye ne-electrolyte, indawo yokwenza ifilimu ye-sei nayo inkulu, kwaye ukusebenza kwempumelelo kokuqala kuya kubetho. . Amasuntswana amakhulu, kwelinye icala, anenzuzo yoxinzelelo olukhulu lwengqinisiso.

Indawo ethile yomphezulu we-anode ye-anode yegraphite kukhethwa ingaphantsi kwe-5m2 / g.

02 Ubungakanani bobungakanani bentsundu

Impembelelo yobukhulu be-interuple ye-inode ye-anode kwintsebenzo yayo ye-electrochemical kukuba ubungakanani bezinto ezibonakalayo ziya kuchaphazela ngokuthe ngqo ukuxinana kwempahla kunye nendawo ethile yendawo.

Ubungakanani be-tap busfen buchaphazela ngokuthe ngqo ukuxinana kwamandla wevolumu, kwaye kuphela ukuba ubungakanani bobungakanani bezinto ezibonakalayo zinokukhulisa ukusebenza kwezinto.

03 Ukuxinana

Ukuxinana kwe-TAP yinto eninzi kwicandelo ngalinye lilinganiswe yi-vibration elenza umgubo avele kwifomu yokupakisha ngokufanelekileyo. Isalathiso esibalulekileyo sokulinganisa izinto ezisebenzayo. Umthamo webhetri ye-lithium-ion unqongophele. Ukuba ukuxinana kwetephu kuphakame, izinto ezisebenzayo zeyunithi nganye ivolumu inobunzima obukhulu, kwaye umthamo uphakame.

I-04 yokuxilongo

Ukuxinana kwendlela yokudibana ikakhulu ikakhulu i-Pole ye-Pole, eyabhekisa kubuninzi emva kokuqengqeleka emva kwento esebenzayo ye-electrode ye-electrode kwaye i-binder yenziwa kwi-Pole, i-Diect Speen = (ubukhulu becala emva kokuntywila Ubungqingqwa be-foil yobhedu).

Ukuxinana kwentembo inxulumene ngokusondeleyo nomthamo othile, ukusebenza kakuhle, ukuxhathisa ngaphakathi kunye nokusebenza kwengqokelela yebhetri.

Ukuphembelela izinto zokuxinana kokudibana

I-05 yenyani

Ubunzima bomcimbi oQinisekileyo kwiQonga leCandelo leMibandela kwiLizwe eliNikelo olukhulu (ngaphandle kwe-voids yangaphakathi).

Kuba ububi bokwenyani bulinganiswe kwimo ethe kratya, iya kuba ngaphezulu kune-faxit yoxineneyo. Ngokubanzi, ukuxinana kwenene> Ukuxinana okuqinisekileyo> Ukuxinana ngoxinaniso.

I-06 intlawulo yokuqala kunye nokukhupha amandla athile

Izinto zegrafu ze-inode zinomthamo ongenakuphikiswa kwi-ntlawulo yokuqala yokuhlawula. Ngexesha lenkqubo yokuqala yokutshaja ye-lithium-ion, umphezulu wezinto ezibonakalayo udibene ne-ions kunye neemolekyuli zeSollolyte zifakwe i-electrolyte ifakwe i-sei. Ifilimu yokudlulisa. Kuphela kusemva komgangatho ombi we-electrode ogutyungelwe ngokupheleleyo yifilimu ye-SII, iimolekyuli zeselvent azikwazanga kwingxoxo, kwaye impendulo yemisiwe. Isizukulwana sefilimu ye-sei sisebenzisa ilungu le-LITIAM i-IOI zeLithium, kwaye le nxalenye ye-LITIAM ingenakwenziwa kumphezulu we-electrode engalunganga, ngaloo ndlela ebangela ukulahleka kwamathamsanqa, ngaloo ndlela zinciphisa amandla okuqala.

I-07 yokuqala ye-Colomb yokusebenza

Isalathiso esibalulekileyo sokuvavanya ukusebenza kwezinto zezinto ezingabanini yintlawulo yokuqala-yokukhupha impumelelo yeCoceOmb. Okwesihlandlo sokuqala, ukusebenza kakuhle kwe-couplombic ngokuthe ngqo kumisela ukusebenza kwezinto ze-electrode.

Kuba ifilimu ye-sei ibunjwe kakhulu kumphezulu wezinto ezibonakalayo, indawo ethile yendawo ye-electrode ichaphazela ngokuthe ngqo indawo yefilimu ye-Sei. Eyona ndawo iphambili kwindawo ethile, enkulu indawo yoqhakamshelwano ene-electrolyte kunye nendawo enkulu yendawo yokwakha ifilimu yeSei.

Kuyakholelwa ngokubanzi ukuba ukwenziwa kwefilimu yesizinzileyo ye-Sei kuyingenelo ekutshageni nasekuqhubelweni kwebhetri, kunye nefilimu ye-SIO engazinzanga ayihambelani ne-elektrolyte, kwaye Yandisa ukuxhathisa ngaphakathi.

I-08 yokusebenza

Intsebenzo yokusebenza kwebhetri ibhekisele kwinani leendleko kwaye zikhuphe amava ebhetri phantsi kwentlawulo ethile kunye nokulawulwa kokukhutshwa xa umbane webhetri uqhuba kwixabiso elichaziweyo. Ngokwendlela yokusebenza yomjikelo, ifilimu ye-sei iyakuthintela ukwahluka kweLithium i-ion ukuya kuthi ga kwinqanaba elithile. Njengoko inani lemijikelezo liyanda, ifilimu ye-Sei iya kuqhubeka nokuwa, icime, kwaye ifakelwe kumphezulu we-electrode engalunganga ye-electrode ye-electrode ye-electrode, enokulahleka kobushushu kunye nokulahleka kobushushu kunye nokulahleka kobushushu .

Ulwandiso lwe-09

Kukho unxibelelwano oluqinisekileyo phakathi kokwanda kunye nokuhlala ubomi. Emva kokuba i-elektrode engalunganga iyanda, okokuqala, isiseko somoya siya kutyumba, amasuntswana ase-electrode aya kuqhekezwa kwaye ahlengahlengiswe, kwaye i-electrolyte iya kutyiwa; Okwesibini, idayaphragm iya kutsalwa. Ingcinezelo, ngakumbi ukutshixiza kwedayari kwi-diaphragm kumda we-angle ye-Pole, kunzulu kakhulu, kwaye kulula ukwenza i-Micro-School okanye kulula ukuqhubela phambili kwenkqubela phambili yomjikelo wokukhululwa kwetyala.

Ukuya kuthi ga ngoku ukwanda kwayo, i-LILIIM i-I-LILIIM iya kubambelela kwi-Interlather Primite Pricite Phicit Ngexesha leNkqubo yokuThengisa igrafu, kukhokelela ekukhuleni kwesithuba somnxibelelanisi kunye nokwanda kwevolumu. Eli candelo lokwanda alinakulungiswa. Isixa-mali sokwandiswa sihambelana nenqanaba lokuqhelaniswa nobume be-elektrode, inqanaba lokuqhelanisa = i004 / i110, enokubalwa kwidatha ye-XRRR. Izinto ze-Anisotropic zithandabuza ukuba zikhuselwe kwi-Lagece kwicala elinye (isikhokelo se-C-Axis se-Crystal yegrantium) ngexesha lokwandiswa kwequmrhu le-lithium, eliya kukhokelela kwisandiso esikhulu sebhetri.

10Ukusebenza kwexabiso

Ukwahluka kwe-lithium kwi-inode yefomati yefomini kunendlela enkulu, oko kukuthi, inzuzo kuphela ukuya kuthi ga kwi-C-Axis ye-crystal yegrafu. I-Anode Foods enamachaphaza amancinci kunye nendawo ephezulu yendawo ephezulu yenqanaba lokusebenza. Ukongeza, ukuxhathisa umphezulu we-electrode (ngenxa yefilimu ye-SII) kunye nendlela yokuqhubela phambili kwe-electrode kuchaphazela irhafu yokusebenza.

Ukufana nobomi bomjikelezo kunye nolwandiso, i-Isotropic engalunganga ineendlela ezininzi zokuhambisa i-lithium ion, ezigcina iingxaki zokungena ngaphantsi kunye namaxabiso asezantsi kwi-ANISOTROPROPIC. Uninzi lweTekhnoloji yokusetyenziswa kwezixhobo ezinjengokukhupha kunye nokudibana ukuphucula ukusebenza kwabo ngexabiso.

I-HCSILLING (GIFInin HongCheng) ngumenzi wezinto ze-anade milling.I-HLMX SeriesIzinto ze-Anode inkulu-Fine vert vert, HchIzinto ze-Anode I-Ultra-i-Guily GomeKwaye ezinye izigidi zegrafiti eziveliswa ngu-US ziye zasetyenziswa ngokubanzi kwimveliso yezixhobo ze-Anode. Ukuba unemidingo enxulumene noko, nceda unxibelelane nathi ngeenkcukacha zezixhobo kwaye unikezele ngolwazi kuthi:

IGAMA LENDLELA YOKUGQIBELA

Ukulunga kweMveliso (Mesh / μm)

Umthamo (t / h)