I-CSPower HTL ibuyekeze ibhethri yejeli yesimo esijulile yomjikelezo ojulile -yenza ibhethri iphephe futhi ube nempilo ende!

Umbiko wokuthuthukiswa kobuchwepheshe bebhethri ye-CSPower Battery HTL-state High Temperature Deep Cycle

1. Ukumelana nokushisa okuphezulu kakhulu nokuphansi
1.1 Ukusetshenziswa kwama-alloys akhethekile amelana nokugqwala (ingxubevange yokuhola: ithini le-aluminium eholayo), isakhiwo segridi esikhethekile (ububanzi begridi ephakamisayo, okuqukethwe kwethini legridi yokuphakamisa), kuthuthukisa kakhulu indawo yokushisa ephezulu. Ukumelana nokugqwala kwamapuleti.
1.2 Isilinganiso esikhethekile samapuleti amahle kanye namapuleti angalungile kanye ne-electrolyte ekhethekile (i-high-tech deionized water electrolyte) ingathuthukisa ngempumelelo i-hydrogen evolution overpotential yebhethri futhi inciphise kakhulu ukulahlekelwa kwamanzi endaweni yokushisa ephezulu.
1.3 Ifomula yokunamathisela okuholayo isebenzisa i-ejenti yokunweba ekwazi ukumelana nezinga lokushisa eliphezulu, engakwazi ukusebenza ngokuzinzile ngisho nasendaweni yokushisa ephezulu. Ngesikhathi esifanayo, ukusebenza kokukhipha okunezinga lokushisa eliphansi kwebhethri kuhle kakhulu, futhi ibhethri lisengasebenza ngokujwayelekile ngisho nasendaweni engu -40 °C.
1.4 Igobolondo lebhethri lenziwe ngezinto ze-ABS ezimelana nezinga lokushisa eliphezulu, ezingavimbela ngempumelelo igobolondo lebhethri ukuthi lingaqhumeki noma lonakale endaweni yokushisa ephezulu.
1.5 I-electrolyte yenziwe nge-silica evuthayo ye-nano-scale, enamandla okushisa amakhulu kanye nokusebenza okuhle kokukhipha ukushisa, okungagwema ngempumelelo into yokubaleka okushisayo eyenzeka kalula kumabhethri ajwayelekile. Ezimweni zokushisa eziphansi, umthamo wokukhipha ungakhuphuka ngo-40% noma ngaphezulu. Isengasebenza ngokujwayelekile endaweni engu-65℃.
1.6 Izinhlayiya ze-Nano colloidal: Izinhlayiya zesistimu yokusabalalisa ngokuvamile ziyizinhlayiya ze-colloidal ezibonakalayo phakathi kuka-1 no-100 nanometers, ngakho zihlakazeka ngokufanayo futhi zinezici zokungena ezingcono, okwenza ibhethri lisebenze kakhulu phakathi nokushaja nokukhipha.
Indima ye-nanocolloidal electrolyte:

1.6.1 I-electrolyte eyi-colloidal ingenza ungqimba oluqinile oluyisivikelo eduze kwepuleti le-electrode, ivikele ipuleti le-electrode ekulimaleni nasekuqhumeni ngenxa yokudlidliza noma ukungqubuzana, ivimbele ipuleti le-electrode ukuthi lingagqwali, futhi futhi yehlise ukugobeka nokonakala kwepuleti le-electrode lapho ibhethri isetshenziswa ngaphansi komthwalo osindayo. Umjikelezo omfushane phakathi kwamapuleti ngeke uholele ekwehleni komthamo, futhi unokuvikela okuhle ngokomzimba namakhemikhali, okuphindwe kabili impilo yamabhethri ajwayelekile e-lead-acid.
1.6.2 Kuphephile ukusetshenziswa, kunenzuzo ekuvikelweni kwemvelo, futhi kungokwamandla angempela aluhlaza. I-electrolyte yebhethri yejeli iqinile, inokwakheka okuvalekile, futhi i-electrolyte yejeli ayilokothi ivuze, ukuze amandla adonsela phansi athile engxenye ngayinye yebhethri ahambisane. Isebenzisa igridi ye-calcium-lead-tin alloy ekhethekile, imelana kakhulu nokugqwala futhi inokwamukela ukushaja okungcono. Akukho ukuchitheka kwe-electrolyte, azikho izinto eziyingozi emzimbeni womuntu ohlelweni lokukhiqiza, ezingenabo ubuthi, ezingangcolisi, ukugwema ukuchitheka okukhulu kwe-electrolyte kanye nokungena phakathi kusetshenziswa amabhethri endabuko e-lead-acid. I-float current incane, ibhethri ikhiqiza ukushisa okuncane, futhi i-electrolyte ayinayo i-acid stratification.
1.6.3 Ukusebenza kahle komjikelezo wokukhipha okujulile. Uma ibhethri likhishwa ngokujulile bese ligcwaliswa ngesikhathi, umthamo ungashajwa kabusha ngo-100%, ongahlangabezana nezidingo zemvamisa ephezulu kanye nokuphuma okujulile, ngakho ububanzi bokusetshenziswa kwalo bubanzi kunalelo lamabhethri e-lead-acid.
1.6.4 I-self-discharge incane, ukusebenza okujulile kokukhipha kuhle, ikhono lokwamukela ukushaja linamandla, umehluko wamandla aphezulu naphansi mancane, namandla kagesi makhulu. Ukuthuthukiswa okuphawulekayo kwenziwe emandleni okuqalisa izinga lokushisa eliphansi, amandla okugcina icala, amandla okugcina ama-electrolyte, ukuqina komjikelezo, ukumelana nokudlidliza, nokumelana nokushintsha kwezinga lokushisa.
1.6.5 Zijwayeze nezinhlobonhlobo zezindawo (amazinga okushisa). Ingasetshenziswa ebangeni lokushisa elingu-40℃–65℃, ikakhulukazi izinga lokushisa eliphansi lihle, lilungele isifunda se-alpine esisenyakatho. Inokusebenza okuhle kokuzamazama komhlaba futhi ingasetshenziswa ngokuphepha ezindaweni ezinokhahlo ezihlukahlukene. Ayinqunyelwe yisikhala futhi ingafakwa kunoma iyiphi indlela lapho uyisebenzisa.

2. Impilo ende kakhulu
2.1 Isakhiwo segridi esiyingqayizivele, ingxubevange ekhethekile ekwazi ukumelana nokugqwala kanye nefomula yezinto ezisebenzayo ehlukile ithuthukisa kakhulu izinga lokusetshenziswa kwezinto ezisebenzayo, nekhono lokubuyisela ibhethri ngemva kokuphuma okujulile lihle kakhulu, ngisho noma libekwe ku-zero volts, lingakwazi. lulama ngokujwayelekile , ukuze ibhethri ibe nokusimama okuhle komjikelezo, umthamo owanele nempilo ende.
2.2 Kusetshenziswa zonke izinto zokusetshenziswa ezingahlanzekile, kanti i-electrode yokuzikhipha ebhethri incane.
2.3 Kusetshenziswa i-electrolyte ye-colloidal ene-low density, futhi kwengezwa izithasiselo ezikhethekile ze-electrolyte, ezinganciphisa ukugqwala kwe-electrolyte epuleti le-electrode, kunciphise ukuvela kwe-electro-hydraulic stratification, futhi kuthuthukise ukwamukela ukushaja nokusebenza kokukhipha ngokweqile kwebhethri. . Ngaleyo ndlela yenza ngcono kakhulu impilo yesevisi yebhethri.
2.4 Isakhiwo esikhethekile segridi ye-radial siyamukelwa, futhi ukujiya kwepuleti elingu-0.2mm kuyandiswa ukuze kufezwe injongo yokwelula impilo yesevisi yebhethri. Ibhethri ingakwazi ukubona ukuzikhipha kwebhethri uma liyikhipha, ngaleyo ndlela ivimbele ukuthi ibhethri lingachitheki kakhulu.
2.5 Izinto ezisebenzayo zepuleti le-electrode ikakhulukazi impushana eholayo. Kulokhu kuthuthukiswa kobuchwepheshe, ifomula yakamuva yezinto ezisebenzayo yengezwa ku-electrode plate, eyenza ukushaja nokukhipha ngokushesha futhi akuthinti isikhathi sokuphila.
2.6 Sebenzisa ubuchwepheshe bokuhlanganisa obuqinile ukuze uqinisekise kangcono ukuphepha kwebhethri. I-4BS lead paste technology, impilo yomjikelezo webhethri ende.
2.7 Bonke basebenzisa ubuchwepheshe bokwakheka ngemva kokuba ibhethri selihlanganisiwe, okunciphisa amathuba okungcoliswa kwesibili kwamapuleti futhi kuthuthukise ukuhambisana kwebhethri. Ngesikhathi esifanayo, izinga lokusebenzisa ipuleti le-electrode eligaywe kabusha liyathuthukiswa. (kungezwe ngokuzikhethela)
2.8 Isebenzisa ubuchwepheshe bokuhlanganiswa kabusha kwekhemikhali yegesi, ibhethri linomphumela omuhle kakhulu wokuvala uphawu, alinamvula yenkungu ene-asidi, ukuphepha, ukuvikelwa kwemvelo, futhi akukho kungcola.
2.9 Ubuchwepheshe bokuvala obuthembeke kakhulu kanye namavalvu okuphepha eqophelo eliphezulu asetshenziselwa ukuqinisekisa ukuthi ibhethri linomsebenzi wokuvala ophephile nothembekile.

I-CSPower HTL Ibhethri yejeli yomjikelezo ojulile wokushisa ojulile enobuchwepheshe obusha (izinto eziningi ngaphakathi) ngaphandle kokunyuka kwentengo, yenza ibhethri liphephe futhi ube nempilo ende!

#Ikhwalithi ephezulu yebhethri yelanga # ibhethri yejeli ejulile #ibhethri yejeli eqinile #longlifegelbattery #ibhethri lobuchwepheshe elisha