I-OPzV Amabhethri Okuhola Okuqinile

Amabhethri aholayo wesimo esiqinile se-OPzV asebenzisa i-silica nanogel efuthuzayo njengempahla ye-electrolyte kanye nesakhiwo seshubhu se-anode.Ifanele ukugcina amandla aphephile kanye nesikhathi sokusekelayo semizuzu eyi-10 kuya kwezimo zohlelo lokusebenza zamahora ayi-120.
Amabhethri aholayo esimo esiqinile se-OPzV alungele amasistimu okugcina amandla avuselelekayo ezindaweni ezinomehluko omkhulu wezinga lokushisa, amagridi kagesi angazinzile, noma ukushoda kwamandla kwesikhathi eside.Amabhethri aholayo e-OPzV anikeza abasebenzisi ukuzimela okwengeziwe ngokuvumela amabhethri ukuthi afakwe emakhabetheni. noma ama-racks, noma eduze kwempahla yasehhovisi.Lokhu kuthuthukisa ukusetshenziswa kwendawo futhi kunciphisa izindleko zokuyifakela nokulungisa.

1, Izici Zokuphepha
(1) Isikhwama sebhethri: Amabhethri omthofu aqinile we-OPzV enziwe ngezinto ze-ABS zebanga elingapheli, ezingashi;
(2) Isihlukanisi: I-PVC-SiO2 / PE-SiO2 noma i-phenolic resin separator isetshenziselwa ukuvimbela ukuvutha kwangaphakathi;
(3) I-Electrolyte: I-Nano fumed silica isetshenziswa njenge-electrolyte;
(4) Itheminali: Ingqikithi yethusi efakwe ngothayela enokumelana okuphansi, futhi isigxobo sesigxobo sisebenzisa ubuchwepheshe bokuvala ukugwema ukuvuza kwepali yebhethri.
(5) Ipuleti: I-positive plate grid yenziwe nge-lead-calcium-tin alloy, eyi-die-cast ngaphansi kwengcindezi engu-10MPa.

2. Izici zokushaja
(1) Lapho ishaja iflothi, i-voltage engaguquki engu-2.25V/iseli eyodwa (inani lokusetha kokuthi 20℃) noma yamanje ngaphansi kuka-0.002C isetshenziselwa ukushaja okuqhubekayo.Uma izinga lokushisa lingaphansi kuka-5℃ noma ngaphezu kuka-35℃, i-coefficient yesinxephezelo sezinga lokushisa ithi: -3mV/iseli elilodwa/℃ (no-20℃ njengendawo yesisekelo).
(2) Ukushaja kokulinganisa, i-voltage engaguquki engu-2.30-2.35V/iseli elilodwa (inani elimisiwe elingu-20°C) lisetshenziselwa ukushaja.Uma izinga lokushisa lingaphansi kuka-5°C noma ngaphezu kuka-35°C, isici sokunxeshezelwa kwezinga lokushisa yilesi: -4mV/iseli elilodwa/°C (no-20°C njengendawo eyisisekelo).
(3) Amandla okuqala wokushaja afika ku-0.5C, amandla okushaja amaphakathi nethemu afinyelela ku-0.15C, kanti ukushaja kokugcina kufika ku-0.05C.Isilinganiso sokushaja esiphezulu sinconywa ukuthi sibe ngu-0.25C.
(4) Inani lokushaja kufanele lisethelwe ku-100% kuya ku-105% yenani lokukhipha, kodwa lapho izinga lokushisa lendawo lingaphansi kuka-5℃, kufanele lisethelwe ku-105% kuya ku-110%.
(5) Isikhathi sokushaja kufanele sinwetshwe lapho izinga lokushisa liphansi (ngaphansi kuka-5℃).
(6) Imodi yokushaja ehlakaniphile yamukelwa ukulawula ngempumelelo i-voltage yokushaja, isikhathi samanje sokushaja nesikhathi sokushaja.

3, Izimpawu Zokukhipha
(1) Izinga lokushisa ngesikhathi sokukhipha kufanele libe phakathi kwebanga elingu -45℃～+65℃.
(2) Izinga lokukhipha amanzi okuqhubekayo noma umsinga uyasebenza ukusuka emaminithini ayi-10 kuya emahoreni ayi-120, ngaphandle komlilo noma ukuqhuma kwesekhethi emfishane.

4, Impilo Yebhethri
Amabhethri okuhola aqinile e-OPzV asetshenziswa kakhulu endaweni yokugcina amandla aphakathi nendawo namakhulu, amandla kagesi, ukuxhumana, i-petrochemical, ezokuthutha ngololiwe namandla omoya welanga nezinye izinhlelo ezintsha zamandla.

5.Izici Zenqubo
(1) Ukusetshenziswa kwe-lead calcium tin ekhethekile ye-alloy die-casting plate grid, kungavimbela ukugqwala nokunwetshwa kwegridi yepuleti ukuvimbela isifunda esifushane sangaphakathi, futhi ngesikhathi esifanayo ukwandisa imvula ye-hydrogen ngaphezu kwamandla, ivimbele ukukhiqizwa i-hydrogen, ukuvimbela ukulahleka kwe-electrolyte.
(2) Ukwamukela ubuchwepheshe bokugcwalisa kanye nokufakwa kwangaphakathi ngesikhathi esisodwa, i-electrolyte eqinile yenziwa kanye ngaphandle koketshezi lwamahhala.
(3) Ibhethri yamukela ivalvu yokuphepha yohlobo lwesihlalo se-valve enomsebenzi wokuvula nokuvala, okulungisa ngokuzenzakalelayo ukucindezela kwangaphakathi kwebhethri;igcina ukungangeni komoya kwebhethri, futhi ivimbela umoya ongaphandle ukuthi ungangeni ngaphakathi ebhethrini.
(4) I-pole plate isebenzisa izinga lokushisa eliphezulu kanye nenqubo yokwelapha enomswakama ophezulu ukuze kulawulwe ukwakheka nokuqukethwe kwe-4BS entweni esebenzayo ukuze kuqinisekiswe ukuphila kwebhethri, umthamo kanye nokuvumelana kwenqwaba.

6. Izici Zokusebenzisa Amandla
(1) Izinga lokushisa elizishiselayo lebhethri alidluli izinga lokushisa le-ambient ngaphezu kuka-5℃, okunciphisa ukulahlekelwa kwalo ukushisa.
(2) Ibhethri ukumelana kwangaphakathi kuphansi, umthamo 2000Ah noma ngaphezulu ibhethri energy isitoreji uhlelo ukusetshenziswa kwamandla ngaphakathi 10%.
(3) Ukuzikhipha kwebhethri kuncane, ukulahlekelwa umthamo wanyanga zonke wokuzikhipha ngokwakho ngaphansi kuka-1%.
(4) Ibhethri ixhunywe ngezintambo zethusi ezinobubanzi obukhulu obuthambile, ezinokumelana okuphansi nokuncipha kocingo.

7. Ukusebenzisa Izinzuzo
(1) Ibanga elikhulu lokumelana nezinga lokushisa, -45℃～+65℃, lingasetshenziswa kabanzi ezigcawini ezahlukahlukene.
(2) Ifanele ukukhishwa kwesilinganiso esiphakathi nendawo esikhulu: ukuhlangabezana nezimo zesicelo senkokhiso eyodwa kanye nokukhishwa okukodwa kanye nezindleko ezimbili kanye nokukhishwa okubili.
(3) Uhla olubanzi lwezimo zokusetshenziswa, ezifanele ukugcina amandla aphakathi nendawo namakhulu.Isetshenziswa kakhulu endaweni yokugcina amandla ezimbonini nezohwebo, isitoreji samandla esiseceleni sokukhiqiza amandla, isitoreji samandla esiseceleni kwegridi, izikhungo zedatha (isitoreji samandla se-IDC), izimboni zamandla enuzi, izikhumulo zezindiza, imigwaqo engaphansi komhlaba, nezinye izinkambu ezinezidingo zokuphepha eziphezulu.