Okwangoku, simi kwindawo apho iibhetri ze-lithium zemveli kunye neebhetri ze-solid-state zihlangana khona, sibona "ilifa kunye noguquko" zilinde ukuqhuma ngokuzolileyo kwicandelo lokugcina amandla.
Kwicandelo lokwenziwa kweebhetri ze-lithium, inyathelo ngalinye—ukusuka ekugqumeni ukuya ekuzalisweni kwe-electrolyte—lixhomekeke kukhuseleko oluqinileyo lokhuseleko kunye nobuchwepheshe obungenakuqhuma. Ukusebenzisa iingenelo eziphambili zoyilo lokhuseleko lwangaphakathi, izinzwa ezikhuselekileyo zokungenisa umoya zivumela indawo echanekileyo, ukuchonga izinto, kunye neminye imisebenzi ebalulekileyo kwiindawo ezinokutsha neziqhumayo. Azihlangabezani nje neemfuno zokuvelisa ukhuseleko lweshishini leebhetri ze-lithium zemveli kodwa zikwabonisa ukuhambelana okungenakutshintshwa kwimveliso yeebhetri ze-solid-state, ngaloo ndlela ziqinisa ukhuseleko oluphambili lokusebenza ngokukhuselekileyo nangobukrelekrele kwemigca yokuvelisa iibhetri ze-lithium kunye ne-solid-state.
Ukusetyenziswa kweeNAMUR Inductive Sensors kwiLithium Battery Industry
Ukuveliswa kweeseli yeyona nto iphambili ekuvelisweni kweebhetri ze-lithium, equka iinkqubo eziphambili ezifana nokugquma, ukurhangqa, ukunqumla, ukujija/ukubeka izinto ndawonye, ukuzalisa i-electrolyte, kunye nokutywina. Ezi nkqubo zenzeka kwiindawo apho kukho iigesi ze-volatious electrolyte (carbonate esters) kunye nothuli lwe-anode graphite, nto leyo ebangela ukuba kusetyenziswe izinzwa ezikhuselekileyo ngaphakathi ukuthintela iingozi ze-spark.
Izicelo ezithile:
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Ukufunyanwa kweendawo zeebhuthi zesinyithi kwiirola zoxinzelelo lweshiti ye-electrode
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Ukufunyanwa kwesimo seediski zentsimbi kwiiseti zeemela ezinqumlayo
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Ukuchonga indawo yee-metal shaft cores kwi-coating backing rollers
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Ukufunyanwa kwesimo seendawo zokujika/ukuvuleka kweshiti ye-electrode
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Ukufunyanwa kweepleyiti zesinyithi ezibekwe kwiindawo zokubeka izinto
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Ukuchonga indawo yezihlanganisi zesinyithi kwiindawo zokuzalisa i-electrolyte
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Ukufunyanwa kwesimo sokubambelela kwezixhobo zesinyithi ngexesha lokuwelda nge-laser
Isigaba sokuhlanganiswa kweModule/PACK yinkqubo ebalulekileyo yokudibanisa iiseli zebhetri kwimveliso egqityiweyo. Ibandakanya imisebenzi efana nokufakwa kweeseli, ukuwelda kweBusbar, kunye nokuhlanganiswa kwekhava. Indawo engqongileyo ngeli nqanaba inokuba nee-electrolyte volatiles eziseleyo okanye uthuli lwesinyithi, okwenza ukuba izinzwa ezikhuselekileyo ngaphakathi zibe zibalulekile ukuqinisekisa ukuchaneka kokuhlanganiswa kunye nokhuseleko olungenakuqhuma.
Izicelo ezithile:
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Ukuchonga imeko yokubekwa kwezikhonkwane zesinyithi kwiindawo zokubeka izinto
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Ukubalwa kweeleya zeeseli zebhetri (okubangelwa yi-casing yesinyithi)
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Ukufunyanwa kweeshiti zeBusbar zesinyithi (iBusbar yobhedu/yealuminium)
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Ukuchonga imeko yokubekwa kwebhokisi yesinyithi yemodyuli
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Ukuchonga isignali yokubeka izixhobo ezahlukeneyo
Ukwakheka novavanyo ziinkqubo ezibalulekileyo zokuvuselela iiseli zebhetri. Ngexesha lokutshaja, i-hydrogen (enokutsha neqhumayo) iyakhutshwa, kwaye iigesi ze-electrolyte eziguquguqukayo zikhona kwindawo esingqongileyo. Izinzwa ezikhuselekileyo ngaphakathi kufuneka ziqinisekise ukuchaneka nokhuseleko lwenkqubo yokuvavanya ngaphandle kokuvelisa iintlantsi.
Izicelo ezithile:
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Ukuchonga isignali yendawo yezixhobo ezahlukeneyo kunye nezixhobo
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Ukuchonga indawo yeekhowudi zokuchonga isinyithi kwiiseli zebhetri (ukunceda ukuskena)
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Ukufunyanwa kwendawo yezitshisi zobushushu zesinyithi zezixhobo
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Ukufunyanwa kwemeko evaliweyo yeengcango zesinyithi zegumbi lokuvavanya
• Uluhlu olubanzi lweenkcukacha zemveliso lufumaneka, ngobukhulu ukusuka kwi-M5 ukuya kwi-M30
• Izinto zentsimbi engagqwaliyo ezingama-304, ezinomthamo wekopolo, i-zinc, kunye ne-nickel <10%
• Indlela yokuchonga engekuko ukuqhagamshelana, akukho kunxitywa koomatshini
• I-voltage ephantsi kunye nomsinga omncinci, ukhuselekile kwaye uthembekile, akukho mveliso ye-spark
• Ubungakanani obuncinci kwaye bukhaphukhaphu, bufanelekile kwizixhobo zangaphakathi okanye kwiindawo ezixineneyo
| Imodeli | I-LRO8GA | LR18XGA | LR18XGA | |||
| Indlela yokufaka | Hlamba | Ayihlanjwanga | Hlamba | Ayihlanjwanga | Hlamba | Ayihlanjwanga |
| Umgama wokufumanisa | 1.5mm | 2mm | 2mm | 4mm | 5mm | 8mm |
| Ukutshintsha imvamisa | 2500Hz | 2000Hz | 2000Hz | 1500Hz | 1500Hz | 1000Hz |
| Uhlobo lwemveliso | I-NAMUR | |||||
| I-voltage yokubonelela | 8.2VDC | |||||
| Ukuchaneka okuphindaphindiweyo | ≤3% | |||||
| Imveliso yangoku | Iqalisiwe: < 1 mA; Ayiqalisiwe: > 2.2 mA | |||||
| Ubushushu obugciniwe | -25°C...70°C | |||||
| Umswakama ongqongileyo | 35-95%RH | |||||
| Ukumelana nobushushu | >50MQ(500VDC) | |||||
| Ukumelana nokungcangcazela | Ububanzi be-Amplitude yi-1.5 mm, 10…50 Hz (iiyure ezi-2 nganye kwi-X, Y, Z) | |||||
| Uvavanyo lokhuseleko | IP67 | |||||
| Izixhobo zezindlu | Yenziwe ngentsimbi eshayinayo | |||||
• Izinzwa zokungenisa umoya ezikhuselekileyo ngaphakathi mazisetyenziswe kunye nezithintelo zokhuseleko.
Isithintelo sokhuseleko sifakwe kwindawo engenabungozi kwaye sithumela imiqondiso yokutshintsha esebenzayo okanye engasebenziyo ukusuka kwindawo enobungozi ukuya kwindawo ekhuselekileyo ngokusebenzisa isithintelo sokhuseleko esahlukileyo.
| Imodeli | Uthotho lwe-KNO1M |
| Ukuchaneka kokudluliselwa | Ifayile 0.2%FS |
| Isignali yokufaka indawo enobungozi | Imiqondiso yokufaka engasebenziyo zizixhobo zoqhagamshelwano ezingenanto. Kwiimpawu ezisebenzayo: xa i-Sn=0, umbane yi-<0.2 mA; xa i-Sn isondela kwi-infinity, umbane yi-<3 mA; xa i-Sn ikwindawo ephezulu yokubona ye-sensor, umbane yi-1.0–1.2 mA. |
| Isignali yokuphuma kwindawo ekhuselekileyo | Imveliso yoqhagamshelwano lwereyi eValiweyo (Evulwa Ngokwesiqhelo), umthwalo ovumelekileyo (ongaguqukiyo): AC 125V 0.5A, DC 60V 0.3A, DC 30V 1A. Imveliso yokuqokelela evulekileyo: Umbane ongasebenziyo, wangaphandle: <40V DC, i-switching frequency <5 kHz. Isiphumo sangoku ≤ 60 mA, i-short-circuit current < 100 mA. |
| Uluhlu oluSebenzayo | Inzwa yokusondela, iiswitshi ezisebenzayo/ezingasebenziyo, oonxibelelwano abomileyo (inzwa yokungenisa i-NAMUR) |
| Ukunikezwa Amandla | I-DC 24V±10% |
| Ukutya umbane | 2W |
| Ubukhulu | 100*22.6*116mm |
Ixesha leposi: Disemba-24-2025