Iibhetri ze-OPzV Solid Lead

Iibhetri ze-OPzV eziqinileyo zisebenzisa i-fumed silica nanogel njengezinto ze-electrolyte kunye nesakhiwo setyhubhu se-anode. Ifanelekile ukugcina amandla ngokukhuselekileyo kunye nexesha lokugcina ixesha eliyimizuzu eli-10 ukuya kwiiyure ezili-120.
Iibhetri ze-OPzV eziqinileyo zilungele iinkqubo zokugcina amandla avuselelekayo kwiindawo ezinomahluko omkhulu kubushushu, iigridi zamandla ezingazinzanga, okanye ukunqongophala kwamandla ixesha elide. Iibhetri ze-OPzV eziqinileyo zinika abasebenzisi ukuzimela ngakumbi ngokuvumela iibhetri ukuba zifakwe kwiikhabhathi okanye kwiirakhi, okanye kufutshane nezixhobo zeofisi. Oku kuphucula ukusetyenziswa kwendawo kwaye kunciphisa iindleko zokufakela nokugcina.

1, Iimpawu zoKhuseleko
(1) Ibhokisi yebhetri: Iibhetri ze-OPzV eziqinileyo zenziwe ngezinto ze-ABS ezithintela ilangatye, ezingatshiyo;
(2) Isahluli: I-PVC-SiO2/PE-SiO2 okanye isahluli se-phenolic resin sisetyenziselwa ukuthintela ukutsha kwangaphakathi;
(3) I-Electrolyte: I-Nanofumed silica isetyenziswa njenge-electrolyte;
(4) Isiphelo sendlela: Umbindi wobhedu ogqunywe ngetin onokumelana okuncinci, kwaye isithuba sepali sisebenzisa iteknoloji yokutywina ukuthintela ukuvuza kwesithuba sepali yebhetri.
(5) Ipleyiti: Igridi yepleyiti elungileyo yenziwe nge-alloy ye-lead-calcium-tin, ephoswa phantsi koxinzelelo lwe-10MPa.

2, Iimpawu zokutshaja
(1) Xa kutshajwa i-float, i-voltage engaguqukiyo eyi-2.25V/iseli enye (ixabiso lokuseta kwi-20℃) okanye i-current engaphantsi kwe-0.002C isetyenziselwa ukutshaja okuqhubekayo. Xa ubushushu bungaphantsi kwe-5℃ okanye ngaphezulu kwe-35℃, i-coefficient yokuhlawula ubushushu yi: -3mV/iseli enye/℃ (kunye ne-20℃ njengesiseko).
(2) Ukutshaja ngokulinganisela, i-voltage engaguqukiyo eyi-2.30-2.35V/iseli enye (ixabiso elibekwe kwi-20°C) isetyenziselwa ukutshaja. Xa ubushushu bungaphantsi kwe-5°C okanye ngaphezulu kwe-35°C, i-factor yokuhlawula ubushushu yi: -4mV/iseli enye/°C (kunye ne-20°C njengendawo yesiseko).
(3) Umsinga wokutshaja wokuqala ufikelela kwi-0.5C, umsinga wokutshaja wexesha eliphakathi ufikelela kwi-0.15C, kwaye umsinga wokugqibela wokutshaja ufikelela kwi-0.05C. Umsinga wokutshaja ofanelekileyo ucetyiswa ukuba ube yi-0.25C.
(4) Isixa sokutshaja kufuneka sibekwe kwi-100% ukuya kwi-105% yesixa sokukhupha itshaja, kodwa xa ubushushu obuphakathi bungaphantsi kwe-5℃, kufuneka sibekwe kwi-105% ukuya kwi-110%.
(5) Ixesha lokutshaja kufuneka landiswe xa ubushushu buphantsi (ngaphantsi kwe-5℃).
(6) Indlela yokutshaja ekrelekrele iyasetyenziswa ukulawula ngempumelelo i-voltage yokutshaja, umsinga wokutshaja kunye nexesha lokutshaja.

3, Iimpawu zokukhupha
(1) Ubushushu obuphakathi kolu luhlu ngexesha lokukhupha kufuneka bube phakathi kolu luhlu lwe -45℃～+65℃.
(2) Izinga lokukhupha okanye umsinga oqhubekayo usebenza ukusuka kwimizuzu eli-10 ukuya kwiiyure ezili-120, ngaphandle komlilo okanye ukuqhuma kwi-short circuit.

4, Ubomi bebhetri
Iibhetri ze-OPzV eziqinileyo zisetyenziswa kakhulu kwiindawo zokugcina amandla eziphakathi nezinkulu, umbane, unxibelelwano, i-petrochemical, uthutho lukaloliwe kunye namandla omoya welanga kunye nezinye iinkqubo ezintsha zamandla.

5, Iimpawu zeNkqubo
(1) Ukusetyenziswa kwegridi yepleyiti ye-calcium tin ekhethekileyo ye-alloy die-casting plate, kunokuthintela ukugqwala kunye nokwandiswa kwegridi yepleyiti ukuthintela i-internal short circuit, kwaye kwangaxeshanye ukwandisa amandla e-hydrogen precipitation, kuthintele ukuveliswa kwe-hydrogen, ukuthintela ukulahleka kwe-electrolyte.
(2) Ngokwamkela iteknoloji yokuzalisa kanye kunye nokufaka ngaphakathi, i-electrolyte eqinileyo yenziwa kube kanye ngaphandle kolwelo olukhululekileyo.
(3) Ibhetri isebenzisa ivalvu yokhuseleko efana nesihlalo sevalvu enomsebenzi wokuvula nokuvala, olungisa ngokuzenzekelayo uxinzelelo lwangaphakathi lwebhetri; igcina umoya webhetri ungangeni, kwaye ithintele umoya wangaphandle ukuba ungene ngaphakathi kwebhetri.
(4) Ipleyiti yepali isebenzisa inkqubo yokunyanga ngobushushu obuphezulu kunye nokufuma okuphezulu ukulawula ulwakhiwo kunye nomxholo we-4BS kwinto esebenzayo ukuqinisekisa ubomi bebhetri, umthamo kunye nokuhambelana kwebhetshi.

6. Iimpawu zokusetyenziswa kwamandla
(1) Ubushushu bokuzifudumeza bebhetri abudluli kubushushu obuphakathi ngaphezulu kwe-5℃, nto leyo enciphisa ukulahleka kobushushu bayo.
(2) Ukumelana kwangaphakathi kwebhetri kuphantsi, umthamo wamandla ebhetri angama-2000Ah okanye ngaphezulu ukusetyenziswa kwamandla kwenkqubo yokugcina amandla ngaphakathi kwe-10%.
(3) Ukukhupha ibhetri ngokwayo kuncinci, ukulahleka komthamo wokuyikhupha rhoqo ngenyanga kungaphantsi kwe-1%.
(4) Ibhetri iqhagamshelwe ngeengcingo zobhedu ezithambileyo ezinkulu, ezinokumelana okuncinci koqhagamshelwano kunye nokulahleka okuncinci kwengcingo.

7. Ukusebenzisa iingenelo
(1) Uluhlu olukhulu lokumelana nobushushu, -45℃～+65℃, lungasetyenziswa kakhulu kwiindawo ezahlukeneyo.
(2) Ifanelekile ekukhutshweni okuphakathi nokukhulu: ihlangabezana neemeko zokusetyenziswa kwetyala elinye kunye nokukhutshwa kwelinye kunye neentlawulo ezimbini kunye nokukhutshwa ezimbini.
(3) Uluhlu olubanzi lweemeko zokusetyenziswa, ezifanelekileyo zokugcina amandla aphakathi namakhulu. Isetyenziswa kakhulu kwiindawo zokugcina amandla kwimizi-mveliso nakwimizi-mveliso, ukugcina amandla kwicala lokuvelisa umbane, ukugcina amandla ecaleni kwegridi, amaziko edatha (ukugcina amandla e-IDC), izikhululo zamandla enyukliya, izikhululo zeenqwelo-moya, iinqanawa ezingaphantsi komhlaba, kunye namanye amacandelo aneemfuno eziphezulu zokhuseleko.