Ukukhetha ibhetri yenkqubo yakho yamandla kunokuba yinto enkulu ngenxa yengcaciso ngathi yisayizi, iiyure ze-AMP, i-voltage, Ubomi bomjikelokunye nokusebenza kakuhle. Enye indlela ephambili yokufumana indawo yogcino, echaphazela ixesha lokuphila kunye nokusebenza phantsi kwemithwalo enolondolozo. Nazi iingongoma eziphambili zokwazi malunga nogcino logcino ngaphambi kokutyala kwibhetri yakho elandelayo.
Ithini umthamo wogcino lwebhetri?
Umthamo webhetri Umzekelo, ibhetri ene-150 RC inokubonelela nge-25 ye-25 yemizuzu ye-150.
Ngokungafaniyo Iiyure ze-AMP (Ah). Ngelixa unokubala enye kwenye ukusukela kuba zinxulumene, zahluka kakhulu. I-RC ibonelela ngovavanyo oluchanekileyo ngakumbi lwebhetri ehlala ixesha elingakanani irejista ephantsi kolawulo oluzinzileyo xa kuthelekiswa neeyure ze-AMP.
Ukuguqula njani amandla ogcino kwiiyure ze-Amp?
Ukuguqula amandla ogcino lwe-AMP, yahlula i-RC ngo-60 kwaye iphindaphinda nge-25. Ukuguqula iiyure ezingama-25. Ukuguqula i-AHP nge-25 kwaye yahlule ngo-60.
Olu luguqulo olulula, kodwa alubonakali amandla ngokulinganayo kuba imilinganiselo kunye nokuguqulwa akunikezeli ngevolthi.
Umthamo wokugcina ibhetri i-vs ebandayo
I-Amps eBandayo ye-crank (CCA) zihlala zididekile kunye nomilinganiselo yogcino (i-RC).
Eyahlukileyo kwi-RC, esenziwa ngemizuzu, i-CCA ithelekiswa ne-AMPS kwaye ibonisa ukuba zingaphi ii-Amps zinokuzisa imizuzwana engama-30 kwi-0 ° F ngelixa igcina ubuncinci i-7.2 Volts.
I-CCA isebenza ngokukhethekileyo ukuqala iibhetri, ezenzelwe ukuqhuma kwamandla amafutshane kulandelwa kukuphinda kwenziwe ngokukhawuleza, ngokungafaniyo neebhetri ezinzulu. Iindawo zokugcina amandla zifuna ukumisela ukuba iibhetri zomjikelo ezinzulu zinokwenza njani umthwalo.
Kutheni kubalulekile ukuba kwenziwe indawo yebhetri?
Umthamo wokugcina ibhetri ubonisa ukuba iibhetri ezinde zinokuqhuba njani phantsi kwemithwalo engaguqukiyo, zenza ukuba ibaluleke kakhulu ukukhutshwa okude.
Ukuqonda umthamo wogcino lwakho kukunceda wena ixesha lokulinganisa kunye namandla akhoyo. Umahluko phakathi kwemizuzu eyi-150 neyi-240 ichaphazela ukusetyenziswa kwebhetri kunye nobungakanani obufunekayo kunye nenani elifunekayo. Umzekelo, ukuba uloba yonke imihla, ukwazi amandla akho ebhetri kunye nexesha elifanelekileyo kubalulekile ukuqinisekisa ukuba ubuyela ekhaya ngaphandle kokuphela kwamandla.
Umthamo wogcino kukwachaphazela amandla; Njengoko i-voltage isuka kwi-12V ukuya kwi-10.5V, imveliso yamandla nayo iyancipha. Kuba amandla alingana namaxesha okusebenzisa ixesha ixesha lokusetyenziswa kwexesha, ukuncipha kwamandla kunciphisa amandla onke aveliswayo.
Iimfuno zakho zebhetri ziya kwahluka ngokusekwe ngokusekwe, ezinje ngohambo olude ngokuchasene ne-golf ye-golf yegalufa, echaphazela umthamo wogcino olufunekayo.
Indawo yokugcina ibhetri ibalwe njani?
Ibhetri ngogcino lwebhetri amaxesha kwimizuzu. Ukubala i-RC yebhetri ye-12V, landela la manyathelo:
- Hlawula ibhetri ukuya kwi-100%.
- Qala iwotshi kwaye uzobe ii-amps ezingama-25 nge-80 ° F.
- Xa i-voltage yebhetri ihla ngaphantsi kwe-10.5 Volts, yeka iwotshi.
- Imizuzu iyonke igcinwe kulo mthwalo ngumgangatho we-rc.
Ulwahluka njani ulawulo phakathi kweLithium & Khokelela ibhetri ye-acid?
I-LIthium BETRESS, idla ngokuhlala kwiiyure ze-AMP okanye iiyure ze-Watt, inomkhuselo ophezulu kuneebhetri ezikhokelayo.
I-Acid-Acid Back Impembelelo ye-peupert, ukubangela ukuba amandla abo agcinayo ukunciphisa amaxabiso aphezulu ekhuphe. Ngokwahlukileyo, iibhetri ezikumgangatho eziphezulu ze-lithium zigcina ireyithingi yazo ye-AMP phantsi kweemeko ezininzi.
Umzekelo, ibhetri ye-12v 100 ye-Acid-I-Acid inomthamo ogciniweyo malunga nemizuzu engama-170-190-160, ngelixa ibhetri ye-12V ye-12 ye-12 ye-100 ye-Lithium ihlala ijikeleze imizuzu engama-240. Lo mthamo ugcino oluphezulu luthetha ukufaka iibhetri ze-lithium ungagcina indawo kunye nobunzima xa kuthelekiswa nokhetho lwe-acid.
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