I-CSPOWER Battery HTL Solid-State Fetric Umjikelezo Ojulile Wokutholwa Kwebhethri
1. Ukumelana okuphezulu okuphezulu nokuphansi
1.1 Ukusetshenziswa kwama-alloys akhethekile okumelana nokuphikiswa okukhethekile (ukuhola i-alloy: ukuhola i-calcium aluminium tin) Ukumelana nokugqwala kwamapuleti.
1.2 Isilinganiso esikhethekile samapuleti amahle namangele kanye ne-electrolyte ekhethekile (i-tech-tech aclectrole electrolyte) ingathuthukisa ngempumelelo i-hydrogen evolution inqubekela phambili yebhethri futhi ihlise kakhulu ukulahleka kwamanzi endaweni yokushisa ephezulu.
1.3 Ifomula yokunamathisela eholayo yamukele i-ejenti yokwanda kwezinga lokushisa okuphezulu, okungenza kusendaweni enhle kakhulu ngisho nasendaweni ephezulu yokushisa. Ngasikhathi sinye, ukusebenza kwebhethri okuphansi kuhamba kahle, futhi ibhethri lisengasebenza ngokujwayelekile ngisho nasendaweni eyi-40 ° C.
1.4 I-Shell Shell yebhethri yenziwa ngentengo ephezulu yokumelana ne-abs
1.5 I-electrolyte yenziwa nge-nano-scale fumbese silica, enomthamo omkhulu wokushisa kanye nokusebenza okuhle kokushisa, okungavikela ngempumelelo into eshisayo ebalekayo okulula ukwenzeka kumabhethri ajwayelekile. Endaweni yokushisa ephansi, umthamo wokukhipha ungandiswa ngo-40% noma ngaphezulu. Kusengasebenza ngokujwayelekile emvelweni ka-65 ℃.
1.6 Izinhlayiya ze-Nano Colloidal: Izinhlayiya zohlelo lokuhlakazeka zivame ukuvela kwezinhlayiya ezibonakalayo eziphakathi kwama-nanometers aphakathi kwa-1 no-100, ngakho-ke zihlakazeka ngendlela efanayo futhi zinezimpawu zokungena kangcono lapho zishaja futhi zidilize.
Indima ye-nanocolloidal electrolyte:
1.6.1 I-electroidal electrolyte ingakha isendlalelo esiqinile sokuvikela esizungeze ipuleti le-electrode, ukuvikela ipuleti le-electrode kusuka ekumoshweni kanye nokuqhuma ngenxa yokudlidliza noma ukushayisana, kuvimbela i-electrode Plate ekuboshweni kanye nokodonga lapho Ibhethri lisetshenziswa ngaphansi kwemithwalo esindayo. Isifunda esifushane phakathi kwamapuleti ngeke siholele ekunciphiseni umthamo, futhi sinokuvikelwa okuhle ngokomzimba nangamakhemikhali, okuphindwe kabili kwempilo yamabhethri ajwayelekile alungile.
1.6.2 Kuphephile ukuyisebenzisa, kuzuzisa ukuvikela imvelo, futhi kungokwamandla angempela okuthola amandla okuluhlaza. I-electrolyte yebhethri ye-gel iqinile, inesakhiwo esivaliwe, futhi i-gel electrolyte ayikaze ivuze, ukuze amandla adonsela phansi engxenye ngayinye ebhethri ayiguquguquki. Usebenzisa igridi ekhethekile ye-calcium-lead-tin alloy ye-alloy, kumelana kakhulu nokugqwala futhi kungcono ukwamukelwa. Akukho ukuchitheka kwe-electrolyte, akukho zinto eziyingozi emzimbeni womuntu kwinqubo yokukhiqiza, ezingezona anobuthi, ukungcola, ukugwema inani elikhulu lokuchitheka kwama-elektrolololi nokungena ngesikhathi sokusebenzisa amabhethri e-lead-acid. I-Float yamanje incane, ibhethri lakha ukushisa okuncane, futhi i-electrolyte ayinayo i-acid stratification.
1.6.3 Ukusebenza okuhle komjikelezo ojulile. Lapho ibhethri likhishwe ngokujulile bese ligcwaliswa ngesikhathi, amandla angahlelwa kabusha ngo-100%, ongahlangabezana nezidingo zemvamisa ephezulu kanye nokuphuma okujulile, ngakho-ke uhla lwayo lubanzi kunalolo lwamabhethri e-lead-acid.
1.6.4 Ukuzikhulula kukuncane, ukusebenza okujulile kulungile, amandla okwamukela ukukhishwa anamandla, umehluko ongaphezulu nangaphansi ungasekuncane, futhi amandla kagesi amakhulu. Ukuthuthuka okubalulekile kwenziwe ngamandla okushisa aphansi okushisa, ukukhokhisa amandla okugcina, amandla okugcina okugcinwa kwe-electrolyte, ukuqina komjikelezo, ukumelana nokuvimbela ukumelana.
1.6.5 Hlela ngezindawo ezahlukahlukene (amazinga okushisa). Ingasetshenziswa ebangeni lokushisa le -40 ℃ -65 ℃, ikakhulukazi ukusebenza okuphansi kokushisa kulungile, kufanelekile esifundeni sasenyakatho ne-Alpine. Inokusebenza okuhle kokuzamazama komhlaba futhi ingasetshenziswa ngokuphepha ezindaweni ezahlukahlukene ezinokhahlo. Akukhawulelwe isikhala futhi ingabekwa kunoma iyiphi indlela lapho uyisebenzisa.
2. Ukuphila okuphezulu kakhulu
2.1 Isakhiwo esiyingqayizivele segridi, ifomula ekhethekile ye-alloy ekhethekile ye-alloy ne-ally Phinda uthole ngokujwayelekile, ukuze ibhethri linokuqina okuhle kokuqina, umthamo owanele nempilo ende.
2.2 Zonke izinto zokwenziwa ezivuthayo eziphakeme ziyasetshenziswa, futhi i-electrode yebhethri yokuzikhipha incane.
2.3 I-colloidal electrolyte enobunzima obuphansi iyasetshenziswa, futhi izengezo ezikhethekile ze-electrolyte ziyangezwa, ezinganciphisa ukugqwala kwe-electrode plate, kunciphise ukwehla kwe-electrode ye-electrode, futhi kuthuthukise ukwamukelwa kwebhethri kanye nokusebenza ngokweqile kwebhethri . Ngaleyo ndlela ngcono kakhulu impilo yethethri.
2.4 Isakhiwo esikhethekile segridi segridi samukelwa, futhi ubukhulu bepuleti le-0.2mm bukhuphukile ukufeza inhloso yokwamukela impilo yebhethri. Ibhethri lingabona ukukhishwa kwebhethri ngesikhathi sokuphuma ngesikhathi sokuphuma, ngaleyo ndlela kuvinjelwe ibhethri ekudedelwe ngokweqile.
2.5 Izinto ezisebenzayo ze-electrode Plate ziyimpuphu yokuhola. Kulobu buchwepheshe bathuthukiswe, ifomula yakamuva yezinto ezisebenzayo ingezwe ku-eclectrode Plate, okwenza ukushaja futhi ikhiphe ngokushesha futhi ayithinti isikhathi sokuphila.
2.6 yamukele ubuchwepheshe obunamandla amakhulu obuchwepheshe bokuqinisekisa kangcono ukuphepha kwebhethri. I-4B ihola ubuchwepheshe bokunamathisela, impilo ende yebhethri yebhethri.
2.7 Bonke basebenzisa ubuchwepheshe bokwakheka ngemuva kokuthi ibhethri lihlangene, okunciphisa amathuba okungcoliswa kwesibili kwamapuleti futhi kuthuthukise ukuvumelana kwebhethri. Ngasikhathi sinye, izinga lokusetshenziswa kwe-electrode Plate liphinde lavuselelwa futhi lithuthukile. (ngokungezwa ngokuzikhethela)
2.8 Usebenzisa igesi Re-Cheemical synnekh Technology, ibhethri linokusebenza okuphezulu kakhulu kokusabela kokuphendula, akukho ukuhanjiswa kwe-acid inkunzi, ukuphepha, ukuvikelwa kwemvelo, futhi akukho ukungcoliswa komhlaba
2.9 Ubuchwepheshe obuphezulu bokubekwa uphawu kanye nama-valves asezingeni eliphakeme asetshenziselwa ukuqinisekisa ukuthi ibhethri linokusebenza kokubekwa uphawu okuphephile futhi okuthembekile.
I-CSPOWER HTL HTL FRATETE FEED CYPETE GEL yebhethri ene-technology ebukeziwe (izinto eziningi ngaphakathi) ngaphandle kwentengo ekhulayo, yenza ibhethri liphephe futhi libe nempilo ende!
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Isikhathi Sokuposa: Meyi-05-2022
