Tsarin samar da batirin lithium-ion: tsari na tsaka-tsaki

Kamar yadda muka ambata a baya, ana iya raba tsarin kera batirin lithium-ion na yau da kullun zuwa matakai uku: tsari na gaba-gaba (na'urar lantarki), tsari na tsaka-tsaki (haɗuwar tantanin halitta), da tsarin ƙarshen baya (samuwa da marufi). Mun riga mun gabatar da tsarin gaba-gaba, kuma wannan labarin zai mayar da hankali kan tsarin tsakiya.

Tsarin tsaka-tsaki na kera batirin lithium shine sashin taro, kuma manufar samar da shi shine kammala masana'antar sel. Musamman, tsarin tsaka-tsaki shine a haɗa na'urorin lantarki (tabbatacce da mara kyau) waɗanda aka yi a cikin tsari na baya tare da mai rabawa da electrolyte a cikin tsari.

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Saboda tsarin ajiyar makamashi daban-daban na nau'ikan batirin lithium daban-daban ciki har da baturin harsashi na allumini, batirin silindrical da baturin jaka, baturin ruwa, da dai sauransu, akwai bambance-bambance a bayyane a cikin tsarin fasahar su a cikin tsari na tsakiya.

Tsarin tsaka-tsaki na baturin harsashi na allumini na prismatic da baturin cylindrical yana iska, allurar lantarki da marufi.

Tsarin tsaka-tsaki na baturin jaka da baturin ruwa yana tarawa, allurar lantarki da marufi.

Babban bambanci tsakanin su biyun shine tsarin iska da tsarin tarawa.

Iska

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Tsarin iska na tantanin halitta shine a mirgine cathode, anode da SEPARATOR tare ta hanyar injin iska, kuma cathode da anode da ke kusa suna rabu ta hanyar SEPARATOR. A cikin madaidaiciyar shugabanci na tantanin halitta, mai raba ya wuce anode, kuma anode ya wuce cathode, don hana gajeriyar kewayawa ta hanyar lamba tsakanin cathode da anode. Bayan yin juyi, ana gyara tantanin halitta ta tef ɗin manne don hana shi faɗuwa. Sannan tantanin halitta yana gudana zuwa tsari na gaba.

A cikin wannan tsari, yana da mahimmanci a tabbatar da cewa babu wata hulɗa ta zahiri tsakanin ingantattun na'urori masu kyau da marasa kyau, da kuma cewa gurɓataccen wutar lantarki na iya rufe madaidaicin na'urar gaba ɗaya a cikin kwatancen kwance da na tsaye.

Saboda halaye na tsarin iska, ana iya amfani da shi kawai don kera batura lithium tare da siffar yau da kullun.

Tari

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Sabanin haka, tsarin tarawa yana tara na'urorin lantarki masu inganci da marasa kyau da kuma mai raba su don samar da tantanin halitta, wanda za'a iya amfani da shi don kera batura na lithium na yau da kullun ko maras kyau. Yana da matsayi mafi girma na sassauci.

Stacking yawanci wani tsari ne wanda masu amfani da na'urorin lantarki masu inganci da marasa kyau da masu rarrabawa suna tarawa Layer ta Layer a cikin tsari na tabbataccen lantarki-SEPARATOR-mara kyau na lantarki don samar da tantanin halitta tare da mai tarawa na yanzu.kamar tabs. Hanyoyin tarawa sun bambanta daga tarawa kai tsaye, wanda aka yanke mai raba, zuwa nadawa Z wanda ba a yanke mai rarrabawa ba kuma an jera shi cikin siffar z.

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A cikin tsarin tarawa, babu wani abu mai lanƙwasawa na takardar lantarki ɗaya, kuma babu wata matsala ta “Cangin C” da aka fuskanta a cikin tsarin iska. Sabili da haka, sararin kusurwa a cikin harsashi na ciki za a iya yin amfani da shi sosai, kuma ƙarfin kowane ɗayan ɗayan yana da girma. Idan aka kwatanta da batirin lithium da aka yi ta hanyar iska, batir lithium da aka yi ta hanyar tarawa yana da fa'ida a bayyane a yawan kuzari, tsaro, da aikin fitarwa.

Tsarin iska yana da ɗan gajeren tarihin ci gaba mai tsayi, babban tsari, ƙarancin farashi, yawan amfanin ƙasa. Koyaya, tare da haɓaka sabbin motocin makamashi, tsarin stacking ya zama tauraro mai tasowa tare da amfani mai girma, ingantaccen tsari, ƙarancin juriya na ciki, rayuwa mai tsayi da sauran fa'idodi.

Ko iskarwa ce ko tsari, dukkansu biyun suna da fa'ida da rashin amfani a bayyane. Batir mai ɗorewa yana buƙatar yanke-yankewa da yawa na lantarki, yana haifar da tsayin juzu'i fiye da tsarin iska, yana ƙara haɗarin haifar da bursu. Dangane da baturi mai juyi, kusurwoyinsa za su ɓata sarari, kuma rashin daidaituwar tashin hankali da nakasawa na iya haifar da rashin daidaituwa.

Saboda haka, gwajin X-ray na gaba ya zama mahimmanci.

Gwajin X-ray

Ya kamata a gwada ƙãrewar iska da tari na baturi don bincika ko tsarin su na ciki ya dace da tsarin samarwa, kamar daidaitawar sel ko iska, tsarin ciki na shafuka, da overhang na ingantattun na'urorin lantarki, da dai sauransu, don sarrafa ingancin samfuran da hana kwararar sel waɗanda ba su cancanta ba a cikin matakai masu zuwa;

Don gwajin X-Ray, Dacheng Precision ya ƙaddamar da jerin kayan aikin duba hoto na X-Ray:

6401

X-Ray offline CT duba inji

X-Ray offline CT dubawa inji: 3D hoto. Ko da yake kallon sashe, za'a iya gano tsayin tsayin tantanin halitta da shugabanci mai faɗi kai tsaye. Sakamakon ganowa ba zai shafe shi ta hanyar chamfer na lantarki ko lanƙwasa, tab ko gefen yumbu na cathode ba.

 

6402

X-Ray in-line winding baturi dubawa inji

X-Ray in-line winding baturi inji inji: Wannan kayan aiki da aka docked tare da upstream line don cimma nasarar daukar baturi atomatik. Za a saka ƙwayoyin baturi a cikin kayan aiki don gwajin sake zagayowar ciki. Za a fitar da ƙwayoyin NG ta atomatik. Matsakaicin yadudduka 65 na ciki da na waje an cika su.

 

X-ray在线圆柱电池检测机

X-Ray in-line cylindrical baturi duba inji

Kayan aikin suna fitar da hasken X-ray ta hanyar X-Ray, suna shiga ta baturi. Ana karɓar hoton X-ray kuma ana ɗaukar hotuna ta tsarin hoto. Yana aiwatar da hotuna ta hanyar software da algorithms da aka ƙera, kuma ta atomatik aunawa da tantance ko samfura ne masu kyau, kuma yana fitar da samfuran marasa kyau. Ana iya haɗa ƙarshen gaba da baya na na'urar tare da layin samarwa.

 

6404

X-Ray in-line stack baturi inji inji

An haɗa kayan aikin tare da layin watsawa na sama. Yana iya ɗaukar sel ta atomatik, sanya su cikin kayan aiki don gano madauki na ciki. Yana iya daidaita ƙwayoyin NG ta atomatik, kuma ana saka sel OK ta atomatik akan layin watsawa, cikin kayan aiki na ƙasa don cimma cikakkiyar ganowa ta atomatik.

 

6406

X-Ray in-line na dijital baturi duba inji

An haɗa kayan aiki tare da layin watsawa na sama. Yana iya ɗaukar sel ta atomatik ko yin lodin hannu, sannan a saka shi cikin kayan aiki don gano madauki na ciki. Yana iya daidaita baturin NG ta atomatik, cire batirin Ok ana saka shi ta atomatik cikin layin watsawa ko farantin, sannan a aika zuwa kayan aiki na ƙasa don samun cikakken ganowa ta atomatik.

 


Lokacin aikawa: Satumba-13-2023