Kufuneka wazi eyona bhetri yokukhanyisa kaxakeka. Kukho iintlobo ezininzi ezahlukeneyoiibhetri zokukhanyisa ezingxamisekileyoukukhetha kuyo, kodwa leyo oyifunayo iya kuxhomekeka kwimeko yakho. Unokufumana ibhetri efanelekileyo kuwo nawuphi na umsebenzi kunye nophando oluncinci. Kweli nqaku, siza kwabelana ngeengcebiso malunga nendlela yokufumana ibhetri efanelekileyo kwiimfuno zakho ezithile.
Ibhetri yokuKhanya okuNgxamisekileyo yibhetri ye-asidi ehamba phambili etywiniweyo eyenziwe ukuba ifakwe kwizixhobo zokukhanyisa eziphuthumayo. Uyilo olukhethekileyo kunye nolwakhiwo luyenza ibe ngumthombo wamandla ogqibeleleyo kuyo nayiphi na indlela yokuphuma ngokukhawuleza, izibane zebhetri eziNgxamisekileyo zisindisa ubomi kwaye ungayisebenzisa kunye neempawu zokuphuma ukuxelela umntu ukuba aphume kwigumbi.
Iibhetri zeNickel Cadmium (NC) ziye zanda kakhulu kule minyaka imbalwa idlulileyo njengenye indlela ye-SLA. ibhetri. Itekhnoloji ye-NC ibonelela ngamandla angaphezulu kuneebhetri ze-SLA kodwa inokubiza kakhulu ngenxa yeendleko zabo eziphezulu kunye nokufumaneka okusezantsi kweendawo ezitshintshiweyo.
Eyona nto ixhaphakileyo ibhetri yokukhanyisa engxamisekileyo yibhetri ye-lead etywiniweyo (i-SLA). Ezi bhetri zifumaneka kuzo zombini iiseli ezimanzi kunye neentlobo zokufunxa (iseli eyomileyo), kunye nezinye iimodeli ezinobuchwepheshe obusekwe kwijeli. Iibhetri ze-SLA azibizi kwaye zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala zihlala khona.
Iibhetri zeLead Acid ezitywiniweyo
Iibhetri ze-asidi ekhokelayo ezitywiniweyo mhlawumbi lolona hlobo luxhaphakileyo lwebhetri yokukhanyisa olungxamisekileyo. Azibizi kakhulu kwaye zipakisha amandla amaninzi kwindawo encinci; zikwalula ukuzitshaja kwakhona, nto leyo ezenza zibe zilungele iinkqubo zokukhanyisa ezingxamisekileyo apho ixesha lokuphumla lingeyiyo inketho. Ukongeza, iibhetri ze-asidi ekhokelayo ezitywiniweyo zifumaneka kwiisayizi ezininzi ezahlukeneyo, ngoko ke ziyakwazi ukulungelelaniswa lula ukuze zilungele naziphi na izixhobo zokukhanyisa ezingxamisekileyo okanye isicelo.
Iibhetri zokufunxa
Ukufunxa (iseli eyomileyo) iibhetri zibonelela ngeenzuzo ezininzi ngaphezulu kweebhetri zeasidi ezitywiniweyo-kubandakanywa ubomi obude beshelufu kunye nokuphatheka okukhulu-kodwa yiza nezinye iingxaki ngokunjalo. Iibhetri zeeseli ezomileyo zifuna ukufunxa ukufuma ngexesha.
Kukho izinto ezininzi omele uziqwalasele xa ujonge ukuthenga ibhetri yombane kaxakeka. Okokuqala, kufuneka ukwazi ukuba luhlobo luni lwebhetri olufunayo kuba uhlobo ngalunye lwebhetri lunaloizinto eziluncedo nezingeloncedo. Ngokomzekelo, iibhetri ze-lithium ion zineenzuzo ezininzi kwiibhetri zemoto eziqhelekileyo, kodwa zibiza ngaphezu kweebhetri zemoto eziqhelekileyo. Uhlobo lwebhetri oyisebenzisayo luya kuxhomekeka kuhlobo lomsebenzi oza kusetyenziselwa wona kunye nokuba ingakanani incindi efunekayo kumsebenzi wayo.
Ieyona ibhetri yokukhanya kaxakekayeyona ithatha ixesha elide. Umgaqo webhontsi uthi, kufuneka ubuyisele iibhetri zakho zokukhanyisa ngexesha likaxakeka kanye qho kwiinyanga ezi-3.
Ukuba ukhangela iibhetri zokukhanyisa ngexesha likaxakeka, kufuneka wazi ukuba kukho iindidi ezahlukeneyo zeebhetri ezikhoyo. Unokukhetha kubomi obude obude, iibhetri zeAA, AAA kunye noC. Olona hlobo luqhelekileyo lusetyenziswa ekukhanyeni okungxamisekileyo yiseli yeCR2032. Inomndilili wobomi obumalunga neminyaka emi-2 phambi kokuba ifune ukutshintshwa.
Xa ujonge eyona bhetri ibalaseleyo yokuKhanya okuNgxamisekileyo, qiniseka ukuba inomlinganiselo ophezulu wombane phakathi kwe-16V kunye ne-18V. Ukuba ayinalo olu mlinganiselo, ngoko ayizukusebenza nezibane zakho zikaxakeka kuba zifuna amandla ombane aphezulu ukuze zisebenze kakuhle.
Iibhetri zokukhanyisa ngexesha likaxakeka zinokusetyenziselwa ukukhanyisa izibane zikaxakeka, izibane zeempawu zokuphuma, kunye nezinye izibane zombane zikaxakeka. Xa kukho ukuphuma kombane okanye imeko kaxakeka, oko's kubalulekile ukuba ube nohlobo oluchanekileyo logcino lwebhetri. Iibhetri zokukhanyisa ezingxamisekileyo zezo zinobomi obude beshelufu, zikhaphukhaphu kwaye zihlangene ngobukhulu, kwaye zinezinga eliphezulu lokukhupha.
Thenga ezona bhetri ziKhanyayo ziLungileyo
Ukukhanya okungxamisekileyo kubalulekile ekuncedeni ukukugcina ukhuselekile xa wena're ngaphandle nangaphandle. Kwimeko yongxamiseko, isenokuba ngumahluko phakathi kobomi nokufa. Ngale nto engqondweni, sihlanganise uluhlu lwezona bhetri zikhanyisayo zikaxakeka kwimarike namhlanje:
IBHATHA EYONA YONA UKUKHANYA OKUPHUMAYO
1. SLA12-7F Duracell Ultra 12V 7AH AGM SLA
Ibhetri ye-SLA yezinto zokudlala, inkqubo ye-UPS yokukhanyisa ngokukhawuleza
Nge F1 T1 Faston 187 iitheminali
Lead-asidi etywiniweyo ukugcinwa-free ukuchitheka-ubungqina
Iwaranti yonyaka omnye
2.TCS ukuKhanya okuNgxamisekileyo
Ngaba ukhangela ingconoukutshintshwa kwebhetri yakho yombane engxamisekileyo eyaphukileyo?
Sinikezela ngeentlobo ezahlukeneyo zomgangatho kunye neebhetri ezifikelelekayo kuphela ngexabiso eliphantsi.Le yiibhetri ekumgangatho ophezulukunye nobomi obuhlala beshelufu.
Ayizukuchatshazelwa kukukhutshelwa nzulu, ukutshaja okugqithisileyo okanye ngaphezulu kwamandla ombane njengezinye iibhetri ezomayo. Ngobuchule bomjikelo obunzulu, unokuxhomekeka kule bhetri iminyaka emininzi yexesha eliqhelekileyo lenkonzo.
3.AMAMANDLA MAX IBHETRI
12V SLA AGM Ibhetri.
Iphepha lePrimiyamu le-AGM lesahluli elinokuqina okongeziweyo.
Inewaranti yonyaka omnye.
Ukusebenza okugqwesileyo kunye nokuphila ixesha elide.
Kwiikhola zonyango, izithuthuthu, amandla elanga, amathoyizi ombane, ukukhanya okungxamisekileyo, njl.
4.MIGHTY MAX BATTERY 12-Volt 100 Ah etywiniweyo i-Lead Acid (SLA) Ibhetri yeGEL eTshajwayo kwakhona
I-12V 100AH ibhetri enkulu yolondolozo-free
Iibhetri zeGEL zilungele ukusetyenziswa ngaphandle kokufaka iipakethi ze-asidi
Faka naphi na
Umothuko kunye neVibration Resistant
Ubushushu obuphezulu bugcina ukusebenza okuqhelekileyo
Ukusebenza okuphezulu okuphezulu
5.TCS Ibhetri yeSolar Backup Gel Ibhetri SLG12-75
Iqokobhe le-ABS.
Ukusebenza okukhulu.
Amandla amakhulu, ubomi obude kakhulu, imayile ende kakhulu.
Itekhnoloji yokuqala ye-lead-calcium alloy technology.
itywinwe ngokupheleleyo.
Ukunciphisa imisebenzi yolondolozo olubanzi.
Ixesha lokuposa: Aug-16-2022