Iibhetri ze-OPzV eziSolida

Iibhetri ezikhokelayo ze-OPzV zisebenzisa i-silica nanogel evuthayo njengesixhobo se-electrolyte kunye nesakhiwo se-tubular ye-anode. Ifanelekile ukugcinwa kwamandla okukhuselekileyo kunye nexesha lokugcinwa kwemizuzu eyi-10 ukuya kwii-120 iiyure zezicelo zemiba.
Iibhetri ezikhokelayo ze-OPzV zifanelekile kwiinkqubo zokugcina amandla avuselelekayo kwiindawo ezinokwahlukana okukhulu kweqondo lokushisa, iigridi zamandla ezingazinzanga, okanye ukunqongophala kwamandla ixesha elide.Iibhetri ze-OPzV eziqinileyo zinika abasebenzisi ukuzimela ngakumbi ngokuvumela ukuba iibhetri zifakwe kwiikhabhinethi okanye ii-racks, okanye nakufuphi nezixhobo zeofisi. Oku kuphucula ukusetyenziswa kwendawo kwaye kunciphisa iindleko zokufakela kunye nokugcinwa.

1, Iimpawu zoKhuseleko
(1) Isingxobo sebhetri: Iibhetri ze-OPzV zelothe ezomeleleyo zenziwe ngezinto ze-ABS ezingatshiyo, ezingatshiyo;
(2) Isahluli: I-PVC-SiO2 / PE-SiO2 okanye i-phenolic resin separator isetyenziselwa ukuvimbela ukutsha kwangaphakathi;
(3) I-Electrolyte: I-Nano fumed silica isetyenziswa njenge-electrolyte;
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(5) Icwecwe: Igridi yeplate ekhangayo yenziwe nge-lead-calcium-tin alloy, ephoswa phantsi koxinzelelo lwe-10MPa.

2, Iimpawu zokuTshaja
(1) Xa i-float itshaja, i-voltage eqhubekayo ye-2.25V / iseli enye (ixabiso lokumisela kwi-20 ℃) ​​okanye i-current engaphantsi kwe-0.002C isetyenziselwa ukutshaja okuqhubekayo. Xa ubushushu bungaphantsi kwe-5℃ okanye ngaphezulu kwe-35℃, i-coefficient yembuyekezo yobushushu yile: -3mV/iseli enye/℃ (kunye ne-20℃ njengendawo esisiseko).
(2) Ukulinganisa ukulinganisa, i-voltage eqhubekayo 2.30-2.35V / iseli enye (ixabiso elimiselweyo kwi-20 ° C) lisetyenziselwa ukuhlawula. Xa iqondo lobushushu lingaphantsi kwe-5°C okanye ngaphezulu kwe-35°C, imbuyekezo yeqondo lobushushu yile: -4mV/iseli enye/°C (kunye ne-20°C njengesiseko).
(3) Ukutshaja kwangoku kokuqala ukuya kwi-0.5C, ukutshaja kwexesha eliphakathi ukuya kwi-0.15C, kwaye ukutshaja kokugqibela ukuya kwi-0.05C. Okona kutshajiswayo ngoku kucetyiswa ukuba kube yi-0.25C.
(4) Imali ehlawuliswayo kufuneka imiselwe kwi-100% ukuya kwi-105% yemali ekhutshwayo, kodwa xa ubushushu be-ambient bungaphantsi kwe-5℃, kufuneka ibekwe kwi-105% ukuya kwi-110%.
(5) Ixesha lokutshaja kufuneka landiswe xa ubushushu buphantsi (ngaphantsi kwe-5℃).
(6) Imowudi yokutshaja ehlakaniphile yamkelwa ukulawula ngokufanelekileyo i-voltage yokutshaja, ukutshaja ngoku kunye nexesha lokutshaja.

3, Iimpawu zokukhupha
(1) Uluhlu lweqondo lokushisa ngexesha lokukhupha kufuneka libe phakathi kwe-45℃～+65℃.
(2) Izinga lokukhutshwa okuqhubekayo okanye umsinga uyasebenza ukusuka kwimizuzu eli-10 ukuya kwiiyure ezingama-120, ngaphandle komlilo okanye uqhushumbo kwisekethe emfutshane.

4, Ubomi bebhetri
Iibhetri ze-OPzV eziqinileyo ezikhokelayo zisetyenziswa ngokubanzi kwindawo yokugcina amandla aphakathi kunye namakhulu, amandla ombane, unxibelelwano, i-petrochemical, uthutho lukaloliwe kunye namandla omoya welanga kunye nezinye iinkqubo zamandla amatsha.

5, Iimpawu zeNkqubo
(1) Ukusetyenziswa ilothe ikhalsiyam tin ialloyi ezikhethekileyo igridi icwecwe die-casting, inokunqanda umhlwa kunye nokwandiswa ipleyiti igridi ukuthintela yangaphakathi yesekethe elifutshane, kwaye kwangaxeshanye ukwandisa imvula hydrogen phezu-ezinokwenzeka, inqanda isizukulwana hydrogen, ukuthintela ilahleko electrolyte.
(2) Ukwamkela iteknoloji yokuzaliswa kwexesha elilodwa kunye nokungena ngaphakathi, i-electrolyte eqinile yenziwa kanye ngaphandle kolwelo lwamahhala.
(3) Ibhetri yamkele uhlobo lwevalve yokhuseleko lohlobo lwesitulo esinomsebenzi wokuvula kunye nokuvala, olungelelanisa ngokuzenzekelayo uxinzelelo lwangaphakathi lwebhetri; igcina ukungangeni komoya kwebhetri, kwaye ithintela umoya wangaphandle ukuba ungangeni ngaphakathi ebhetrini.
(4) I-pole plate ithatha ubushushu obuphezulu kunye nenkqubo yokunyanga umswakama ophezulu ukulawula isakhiwo kunye nomxholo we-4BS kwizinto ezisebenzayo zokuqinisekisa ubomi bebhetri, umthamo kunye nokuhambelana kwebhetshi.

6, Iimpawu zokuSetyenziswa kwamandla
(1) Ubushushu obuzifudumezayo bebhetri abugqithisi kwiqondo lobushushu obungaphezulu kwe-5℃, nto leyo enciphisa ilahleko yobushushu bayo.
(2) Ukumelana nebhetri yangaphakathi kuphantsi, umthamo we-2000Ah okanye ngaphezulu kwenkqubo yokugcina amandla ebhetri ukusetyenziswa kwamandla ngaphakathi kwe-10%.
(3) Ukuzikhupha kwebhetri kuncinci, inyanga nenyanga zokuzikhupha kwilahleko yomthamo ongaphantsi kwe-1%.
(4) Ibhetri idityaniswe ngeengcingo zobhedu ezithambileyo ezinobubanzi obukhulu, ezinokumelana nokudibana okuphantsi kunye nokulahleka kocingo oluphantsi.

7. Ukusebenzisa izinto ezilungileyo
(1) Uluhlu olukhulu lokumelana nobushushu, -45℃～+65℃, lunokusetyenziswa ngokubanzi kwimiboniso eyahlukeneyo.
(2) Ifanelekile ukukhutshwa kwezinga eliphakathi kunye nelikhulu: ukuhlangabezana neemeko zesicelo sentlawulo enye kunye nokukhutshwa okukodwa kunye neentlawulo ezimbini kunye nokukhutshwa ezimbini.
(3) Uluhlu olubanzi lweemeko zesicelo, ezilungele ukugcinwa kwamandla aphakathi kunye nobukhulu obukhulu. Isetyenziswe ngokubanzi kwindawo yokugcina amandla emveliso kunye nezorhwebo, ukugcinwa kwamandla kwicala lokuvelisa amandla, ukugcinwa kwamandla kwicala legridi, amaziko edatha (ukugcinwa kwamandla e-IDC), izityalo zamandla enyukliya, izikhululo zeenqwelo-moya, i-subways, kunye nezinye iindawo ezineemfuno eziphezulu zokhuseleko.