Amabhethri e-OPzV Solid Lead

Amabhethri e-OPzV asebenzisa i-fumed silica nanogel njengezinto ze-electrolyte kanye nesakhiwo se-tubular se-anode. Ifaneleka ukugcina amandla okuphephile kanye nesikhathi sokugcina isikhathi semizuzu eyi-10 kuya kumahora ayi-120.
Amabhethri e-OPzV solid-state lead afanelekela izinhlelo zokugcina amandla avuselelekayo ezindaweni ezinomehluko omkhulu wokushisa, amagridi kagesi angazinzile, noma ukushoda kwamandla isikhathi eside. Amabhethri e-OPzV solid-state lead anika abasebenzisi ukuzimela okwengeziwe ngokuvumela amabhethri ukuthi afakwe emakhabetheni noma kuma-rack, noma eduze kwemishini yehhovisi. Lokhu kuthuthukisa ukusetshenziswa kwesikhala futhi kunciphisa izindleko zokufaka nokulungisa.

1, Izici Zokuphepha
(1) Ibhokisi lebhethri: Amabhethri e-OPzV aqinile enziwe ngezinto ze-ABS ezivimbela ilangabi, ezingashi;
(2) Isihlukanisi: I-PVC-SiO2/PE-SiO2 noma isihlukanisi se-phenolic resin sisetshenziselwa ukuvimbela ukusha kwangaphakathi;
(3) I-Electrolyte: I-Nanofumed silica isetshenziswa njenge-electrolyte;
(4) Itheminali: Ingaphakathi lethusi elifakwe nge-tin elinokumelana okuphansi, futhi i-pole pole isebenzisa ubuchwepheshe bokuvala ukuze kugwenywe ukuvuza kwe-pole pole yebhethri.
(5) Ipuleti: Igridi yepuleti elihle yenziwe nge-alloy ye-lead-calcium-tin, ephonswa ngaphansi kwengcindezi ye-10MPa.

2, Izici Zokushaja
(1) Uma kushajwa i-float, i-voltage engaguquki engu-2.25V/iseli elilodwa (inani lokusetha ku-20℃) noma i-current engaphansi kuka-0.002C isetshenziselwa ukushaja okuqhubekayo. Uma izinga lokushisa lingaphansi kuka-5℃ noma ngaphezulu kuka-35℃, i-coefficient yesinxephezelo sokushisa ingu-: -3mV/iseli elilodwa/℃ (kanye no-20℃ njengendawo eyisisekelo).
(2) Ukuze kushajwe ukulingana, kusetshenziselwa i-voltage engaguquki engu-2.30-2.35V/iseli elilodwa (inani elibekwe ku-20°C) ukushaja. Uma izinga lokushisa lingaphansi kuka-5°C noma ngaphezulu kuka-35°C, isici sokunciphisa izinga lokushisa yilesi: -4mV/iseli elilodwa/°C (kanye no-20°C njengendawo eyisisekelo).
(3) Amandla okushaja okuqala afinyelela ku-0.5C, amandla okushaja esikhathi esiphakathi afinyelela ku-0.15C, kanye namandla okushaja okugcina afinyelela ku-0.05C. Kunconywa ukuthi amandla okushaja afanele abe ngu-0.25C.
(4) Inani lokushaja kufanele lisethwe ku-100% kuya ku-105% wenani lokukhipha, kodwa uma izinga lokushisa elizungezile lingaphansi kuka-5℃, kufanele lisethwe ku-105% kuya ku-110%.
(5) Isikhathi sokushaja kufanele sandiswe uma izinga lokushisa liphansi (ngaphansi kuka-5℃).
(6) Imodi yokushaja ehlakaniphile iyasetshenziswa ukulawula ngempumelelo i-voltage yokushaja, i-current yokushaja kanye nesikhathi sokushaja.

3, Izici Zokukhishwa
(1) Izinga lokushisa ngesikhathi sokukhishwa kufanele libe phakathi kuka -45℃～+65℃.
(2) Izinga lokukhishwa okuqhubekayo noma umsinga usebenza kusukela kumaminithi ayi-10 kuya emahoreni ayi-120, ngaphandle komlilo noma ukuqhuma ku-short circuit.

4, Impilo Yebhethri
Amabhethri e-OPzV aqinile asetshenziswa kabanzi ekugcinweni kwamandla okuphakathi nendawo kanye namakhulu, amandla kagesi, ukuxhumana, amakhemikhali kaphethiloli, ezokuthutha ngesitimela kanye namandla omoya welanga kanye nezinye izinhlelo zamandla amasha.

5, Izici Zenqubo
(1) Ukusetshenziswa kwegridi yepuleti ye-calcium tin ekhethekile ye-alloy die-casting plate, kungavimbela ukugqwala nokwanda kwegridi yepuleti ukuvimbela i-internal short circuit, futhi ngesikhathi esifanayo kwandise amandla e-hydrogen precipitation ngokweqile, kuvimbele ukukhiqizwa kwe-hydrogen, ukuvimbela ukulahleka kwe-electrolyte.
(2) Ngokwamukela ubuchwepheshe bokugcwalisa kanye kanye nokufaka ngaphakathi, i-electrolyte eqinile yakhiwa kanye ngaphandle koketshezi olukhululekile.
(3) Ibhethri isebenzisa ivalvu yokuphepha efana nesihlalo sevalvu enomsebenzi wokuvula nokuvala, olungisa ngokuzenzakalelayo ingcindezi yangaphakathi yebhethri; igcina umoya webhethri ungangeni, futhi ivimbele umoya wangaphandle ukuthi ungene ngaphakathi kwebhethri.
(4) Ipuleti lenduku lisebenzisa inqubo yokushisa okuphezulu kanye nomswakama ophezulu ukulawula isakhiwo kanye nokuqukethwe kwe-4BS entweni esebenzayo ukuqinisekisa impilo yebhethri, umthamo kanye nokuvumelana kwebhethi.

6. Izici Zokusetshenziswa Kwamandla
(1) Izinga lokushisa elizifudumezayo lebhethri alidluli izinga lokushisa elizungezile ngaphezu kuka-5℃, okunciphisa ukulahleka kwalo kokushisa.
(2) Ukumelana kwangaphakathi kwebhethri kuphansi, amandla okusebenzisa amandla ohlelo lokugcina amandla ebhethri angu-2000Ah noma ngaphezulu ngaphakathi kuka-10%.
(3) Ukuzikhipha kwebhethri kuncane, ukulahlekelwa amandla okukhipha ibhethri njalo ngenyanga kungaphansi kuka-1%.
(4) Ibhethri lixhunywe ngezintambo zethusi ezithambile ezinobubanzi obukhulu, ezinokumelana okuphansi kokuthintana kanye nokulahlekelwa yizintambo okuphansi.

7, Ukusebenzisa Izinzuzo
(1) Ibanga elikhulu lokumelana nokushisa, -45℃～+65℃, lingasetshenziswa kabanzi ezigcawini ezahlukahlukene.
(2) Kufanelekela ukukhishwa kwentengo ephakathi nendawo enkulu: hlangabezana nezimo zokusetshenziswa kwenkokhelo eyodwa kanye nokukhishwa okukodwa kanye namacala amabili kanye nokukhishwa okubili.
(3) Uhla olubanzi lwezimo zokusetshenziswa, ezifanelekela isitoreji samandla esimaphakathi nesinkulu. Sisetshenziswa kabanzi esitorejini samandla sezimboni nezentengiselwano, isitoreji samandla ohlangothini lokuphehla ugesi, isitoreji samandla ohlangothini lwegridi, izikhungo zedatha (isitoreji samandla se-IDC), izitshalo zamandla enuzi, izikhumulo zezindiza, imigwaqo engaphansi komhlaba, kanye neminye imikhakha enezidingo zokuphepha eziphezulu.