A halin yanzu, muna tsaye a kan haɗuwar batirin lithium na gargajiya da batirin solid-state, muna shaida "gado da juyin juya hali" a hankali muna jiran fashewar abubuwa a ɓangaren adana makamashi.
A fannin kera batirin lithium, kowane mataki—daga rufi zuwa cika sinadarin electrolyte—ya dogara ne akan kariyar aminci da fasahar da ba ta fashewa. Amfani da manyan fa'idodin ƙirar aminci ta ciki, na'urori masu auna inductive masu aminci a ciki suna ba da damar daidaita matsayi, gano abu, da sauran ayyuka masu mahimmanci a cikin muhallin da ke iya kama da wuta da fashewa. Ba wai kawai suna cika buƙatun samar da aminci na masana'antar batirin lithium na gargajiya ba, har ma suna nuna jituwa mara misaltuwa a cikin samar da batirin solid-state, ta haka ne ke ƙarfafa muhimman kariya don aiki mai aminci da wayo na layukan samar da batirin lithium da solid-state.
Amfani da Na'urori Masu Sanya NAMUR a Masana'antar Batirin Lithium
Kera ƙwayoyin halitta shine ginshiƙin samar da batirin lithium, wanda ya ƙunshi muhimman ayyuka kamar rufewa, kalandarwa, yankewa, lanƙwasawa/tarawa, cika electrolyte, da kuma rufewa. Waɗannan hanyoyin suna faruwa ne a muhallin da iskar gas mai canzawa (carbonate esters) da ƙurar anode graphite ke taruwa, wanda hakan ke buƙatar amfani da na'urori masu auna sigina masu aminci don hana haɗarin walƙiya.
Takamaiman Aikace-aikace:
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Gano wurin da aka sanya bushings na ƙarfe a kan na'urorin rollers na lantarki
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Gano yanayin faifan ruwan ƙarfe a cikin saitin wukake masu yankewa
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Gano wurin da aka sanya a kan ƙwanƙolin shaft na ƙarfe a kan rollers na baya
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Gano matsayi na matsayin na'urar lanƙwasa/sauke takardar lantarki
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Gano faranti masu ɗaukar ƙarfe a kan dandamalin tara kaya
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Gano wurin haɗin ƙarfe a tashoshin cika electrolyte
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Gano matsayi na mannewa na ƙarfe yayin walda ta laser
Matakin haɗa ƙwayoyin batir (Module/PACK) muhimmin tsari ne na haɗa ƙwayoyin batir cikin samfurin da aka gama. Ya ƙunshi ayyuka kamar tara ƙwayoyin halitta, walda na Busbar, da haɗa casing. Muhalli a wannan matakin na iya ƙunsar ragowar ƙwayoyin electrolyte ko ƙurar ƙarfe, wanda ke sa na'urori masu auna sigina masu aminci su zama dole don tabbatar da daidaiton haɗuwa da aminci mai hana fashewa.
Takamaiman Aikace-aikace:
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Gano matsayin wurin da aka sanya fil ɗin gano ƙarfe a cikin kayan aiki na tara kaya
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Ƙidayar Layer na ƙwayoyin batir (wanda aka kunna ta hanyar casing na ƙarfe)
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Gano wurin da aka sanya zanen Busbar na ƙarfe (Busbar na jan ƙarfe/aluminum)
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Gano matsayin matsayi na casing na ƙarfe na module
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Gano siginar matsayi don kayan aiki daban-daban
Samuwa da gwaji muhimman hanyoyi ne don kunna ƙwayoyin batir. A lokacin caji, ana fitar da hydrogen (mai ƙonewa da fashewa), kuma iskar gas mai canzawa na electrolyte suna nan a cikin muhalli. Na'urori masu auna sigina masu aminci a cikin jiki dole ne su tabbatar da daidaito da amincin tsarin gwaji ba tare da haifar da tartsatsin wuta ba.
Takamaiman Aikace-aikace:
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Gano siginar matsayi don kayan aiki da kayan aiki daban-daban
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Sanya lambobin gano ƙarfe a kan ƙwayoyin batir (don taimakawa wajen yin bincike)
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Gano wurin da kayan aikin dumama ƙarfe ke amfani da shi
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Gano yanayin rufewar ƙofofin ƙarfe na ɗakin gwaji
• Akwai nau'ikan takamaiman samfura iri-iri, tare da girma dabam-dabam daga M5 zuwa M30
• Kayan ƙarfe 304 na bakin ƙarfe, tare da sinadarin jan ƙarfe, zinc, da nickel <10%
• Hanyar gano rashin hulɗa, babu lalacewa ta inji
• Ƙaramin ƙarfin lantarki da ƙaramin wutar lantarki, aminci da aminci, babu samar da walƙiya
• Ƙaramin girma da nauyi, ya dace da kayan aiki na ciki ko wurare masu iyaka
| Samfuri | LRO8GA | LR18XGA | LR18XGA | |||
| Hanyar shigarwa | Ja ruwa | Ba a Shafawa ba | Ja ruwa | Ba a Shafawa ba | Ja ruwa | Ba a Shafawa ba |
| Nisa tsakanin ganowa da ganowa | 1.5mm | 2mm | 2mm | 4mm | 5mm | 8mm |
| Mitar sauyawa | 2500Hz | 2000Hz | 2000Hz | 1500Hz | 1500Hz | 1000Hz |
| Nau'in fitarwa | NAMUR | |||||
| Ƙarfin wutar lantarki | 8.2VDC | |||||
| Daidaiton maimaitawa | ≤3% | |||||
| Wutar lantarki da aka fitar | An kunna: < 1 mA; Ba a kunna ba: > 2.2 mA | |||||
| Yanayin zafi na yanayi | -25°C...70°C | |||||
| Danshin yanayi | 35-95%RH | |||||
| Juriyar rufi | >50MQ(500VDC) | |||||
| Juriyar girgiza | Girman 1.5 mm, 10…50 Hz (awanni 2 kowanne a cikin kwatancen X, Y, Z) | |||||
| Ƙimar kariya | IP67 | |||||
| Kayan gidaje | Bakin Karfe | |||||
• Dole ne a yi amfani da na'urori masu auna inductive masu aminci a cikin jiki tare da shingen tsaro.
An sanya shingen tsaro a yankin da ba shi da haɗari kuma yana aika siginar makulli masu aiki ko marasa amfani daga yankin mai haɗari zuwa wuri mai aminci ta hanyar shingen tsaro da aka keɓe.
| Samfuri | Jerin KNO1M |
| Daidaiton watsawa | 0.2% FS |
| Siginar shigarwar yanki mai haɗari | Siginar shigarwar da ba ta aiki ba su ne ainihin lambobin maɓalli. Don siginar aiki: lokacin da Sn=0, wutar lantarkin <0.2 mA ne; lokacin da Sn ya kusanci rashin iyaka, wutar lantarkin <3 mA ne; lokacin da Sn yake a matsakaicin nisan gano firikwensin, wutar lantarkin shine 1.0–1.2 mA. |
| Siginar fitarwa ta yanki mai aminci | Fitowar sadarwa ta hanyar sadarwa ta yau da kullun a rufe (a buɗe take) ta hanyar relay, nauyin da aka yarda da shi (mai jurewa): AC 125V 0.5A, DC 60V 0.3A, DC 30V 1A. Fitowar mai tarawa a buɗe: Wutar lantarki mai wucewa, ta waje: <40V DC, mitar sauyawa <5 kHz. Fitowar yanzu ≤ 60 mA, wutar lantarki ta gajeriyar hanya < 100 mA. |
| Kewayon da ya dace | Na'urar firikwensin kusanci, maɓallan aiki/masu wucewa, masu hulɗa da bushewa (Na'urar firikwensin inductive na NAMUR) |
| Tushen wutan lantarki | DC 24V ± 10% |
| Amfani da Wutar Lantarki | 2W |
| Girma | 100*22.6*116mm |
Lokacin Saƙo: Disamba-24-2025