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IMIBUZO EBUZWA QHO

Umbuzo: Ngaba ukukhupha ngokugqithisileyo iibhetri zonakalise?

A:Ukukhupha kakhulu yingxaki evela kumthamo webhetri ongonelanga obangela ukuba iibhetri zisebenze ngokugqithisileyo.Ukukhutshwa kunzulu kune-50% (enyanisweni kakuhle ngaphantsi kwe-12.0 Volts okanye i-1.200 Specific Gravity) inciphisa kakhulu i-Cycle Life yebhetri ngaphandle kokunyusa ubunzulu obusebenzisekayo bomjikelezo.Ukungatshaji ngokutsha okungaqhelekanga okanye okungonelanga nako kunokubangela iimpawu ezingaphezulu zokukhupha ezibizwa ngokuba yiSULFATION.Ngaphandle kokuba isixhobo sokutshaja silawula umva ngokufanelekileyo, iimpawu zokukhupha ngaphezulu ziboniswa njengokulahleka kwamandla ebhetri kwaye ngaphantsi komxhuzulane oqhelekileyo.I-sulfate yenzeka xa isulfure evela kwi-electrolyte idibanisa nelethe kwiipleyiti kwaye yenza i-lead-sulfate.Nje ukuba le meko yenzekile, iitshaja zebhetri zaselwandle aziyi kuyisusa i-sulfate eqinile.I-Sulfate iqhele ukususwa ngokuchithwa okufanelekileyo okanye intlawulo yokulinganisa kunye neetshaja zebhetri zangaphandle.Ukufezekisa lo msebenzi, iibhetri zepleyiti ezikhukulayo kufuneka zihlawulwe kwi-6 ukuya kwi-10 amps.kwi-2.4 ukuya kwi-2.5 volts kwiseli nganye de zonke iiseli zikhupha igesi ngokukhululekileyo kwaye ubunzima bazo obuthile bubuyela kwi-concentration yazo epheleleyo.Iibhetri zeAGM ezitywiniweyo kufuneka zisiwe kwi-2.35 volts ngeseli kwaye zikhutshwe kwi-1.75 volts ngeseli nganye kwaye le nkqubo kufuneka iphindwe de amandla abuyele kwibhetri.Iibhetri zegel zisenokungabuyi.Kwiimeko ezininzi, ibhetri inokubuyiselwa ukuze igqibezele ubomi bayo benkonzo.

UKUTSHAJA Iialternatha kunye neetshaja zebhetri ezidadayo eziquka itshaja elawulwayo yefoto yevoltaic inolawulo oluzenzekelayo oluthi yenze isantya sokutshaja njengoko iibhetri ziphuma zilawula.Kufuneka kuqatshelwe ukuba ukuhla ukuya kwii-amperes ezimbalwa ngelixa ukutshaja akuthethi ukuba iibhetri zihlawuliswe ngokupheleleyo.Iitshaja zebhetri zintlobo ezintathu.Kukho uhlobo lwemanyuwali, uhlobo lwe-trickle, kunye nodidi lwesitshintshi esizenzekelayo.

 

Umbuzo: Isicelo sokusingqongileyo sebhetri ye-UPS VRLA

Njengebhetri ye-UPS VRLA, ibhetri ikwimeko yentlawulo edadayo, kodwa ukutshintshwa kwamandla okuntsonkothileyo kusasebenza ngaphakathi kwebhetri.Amandla ombane ngexesha lokutshaja okudadayo atshintshile abe ngamandla obushushu, ngoko ke cela indawo yokusebenza yebhetri ibenesakhono esilungileyo sokukhupha ubushushu okanye isipholile-moya.

Ibhetri yeVRLA kufuneka ifakwe kwindawo ecocekileyo, epholileyo, engena umoya kunye neyomileyo, kuthintelwe ukuchatshazelwa lilanga, ubushushu obugqithisileyo okanye ubushushu obukhanyayo.
Ibhetri yeVRLA kufuneka ihlawulwe kwiqondo lobushushu phakathi kwe-5 ukuya kwi-35 degree.Ubomi bebhetri buya kucuthwa xa ubushushu bungaphantsi kwe-5 degree okanye ngaphezulu kwe-35 degree.Umbane wokutshaja awunakugqitha kuluhlu lwesicelo, kungenjalo, uya kukhokelela kumonakalo webhetri, ubomi bufutshane okanye ukuncipha kwamandla.

Umbuzo: Indlela yokutshaja ibhetri ukuba ibe kwi-100% yentlawulo yesimo esinempilo?

Usenokuba ukhe weva kusithiwa "udinga itshaja yenqanaba eli-3".Siyithethile, kwaye siya kuphinda siyithethe.Olona hlobo lwetshaja lungcono onokuthi ulusebenzise kwibhetri yakho yitshaja enezigaba ezi-3.Zikwabizwa ngokuba "zitshaja ezihlakaniphileyo" okanye "iitshaja ezilawulwa yiprosesa encinci".Ngokusisiseko, ezi ntlobo zeetshaja zikhuselekile, kulula ukuzisebenzisa, kwaye aziyi kuhlawulisa ngaphezulu kwebhetri yakho.Phantse zonke iitshaja esizithengisayo zinemigangatho emi-3 yokutshaja.Kulungile, ngoko ke kunzima ukukhanyela ukuba iitshaja zeqonga ezi-3 ziyasebenza kwaye zisebenza kakuhle.Kodwa nanku umbuzo wesigidi seedola: Zeziphi izigaba ezi-3?Yintoni eyenza ezi tshaja zahluke kwaye zisebenze kakuhle?Ngaba ngokwenene ixabisekile?Masifumanise ngokudlula kwinqanaba ngalinye, nganye nganye:

Inqanaba 1 |Ukuhlawuliswa ngobuninzi

Eyona njongo iphambili yetshaja yebhetri kukutshaja ibhetri.Eli nqanaba lokuqala kulapho owona mbane uphezulu kunye ne-amperage yetshaja ilinganiselwe khona iya kusetyenziswa ngokwenene.Inqanaba lentlawulo elinokuthi lisetyenziswe ngaphandle kokutshisa kakhulu ibhetri liyaziwa ngokuba yisantya sokufunxa sendalo sebhetri.Kwibhetri ye-AGM ye-volt eyi-12, i-voltage yokutshaja eya kwibhetri iya kufikelela kwi-volts ye-14.6-14.8, ngelixa iibhetri ezikhukulayo zingaba phezulu nangaphezulu.Kwibhetri yejeli, i-voltage ayifanele ibe ngaphezu kwe-14.2-14.3 volts.Ukuba itshaja yi-10 amp tshaja, kwaye ukuba ukuxhathisa kwebhetri kuyayivumela, itshaja iya kukhupha ii-amps ezili-10 ezipheleleyo.Eli nqanaba liya kutshaja kwakhona iibhetri ezikhutshelwe ngamandla.Akukho mngcipheko wokutshaja kakhulu kwesi sigaba kuba ibhetri ayikafiki nokugcwala.

 

Inqanaba 2 |Intlawulo yokufunxa

Iitshaja ze-Smart ziya kubona amandla ombane kunye nokumelana nebhetri phambi kokutshaja.Emva kokufunda ibhetri itshaja imisela ukuba leliphi inqanaba emayitshaje kulo ngokufanelekileyo.Nje ukuba ibhetri ifikelele kwi-80%* yesimo sokutshaja, itshaja iya kungena kwinqanaba lokufunxa.Okwangoku uninzi lweetshaja ziya kugcina i-voltage ezinzileyo, ngelixa i-amperage iyancipha.Umsinga osezantsi ongena ebhetrini ngokukhuselekileyo uzisa intlawulo kwibhetri ngaphandle kokuyitshisa.

Eli nqanaba lithatha ixesha elingakumbi.Umzekelo, i-20% yokugqibela eseleyo yebhetri ithatha ixesha elide xa ithelekiswa neyokuqala i-20% ngexesha lenqanaba lesimbuku.Isixhobo sangoku siyahla ngokuqhubekayo de ibhetri iphantse ifikelele kumthamo opheleleyo.

*Eyona meko yentlawulo Inqanaba lokufunxa liyakungena liya kwahluka kwitshaja ukuya kwitshaja

Inqanaba 3 |Intlawulo yeFloat

Ezinye iitshaja zingena kwimowudi yokudada kwangoko kwi-85% yentlawulo kodwa ezinye ziqala kufutshane ne-95%.Nokuba yeyiphi na indlela, inqanaba lokudada lizisa ibhetri yonke indlela kwaye ligcina i-100% yemo yentlawulo.I-voltage iya kuhla kwaye igcinwe kwi-volts eyi-13.2-13.4, eyi-voltage.Amandla ombane aphezulu ibhetri ye-volt eyi-12 inokubamba.Umsinga nawo uya kuncipha ukuya kwindawo apho uthathwa njengento ekhohlisayo.Kulapho igama elithi "trickle charger" livela khona.Ngokwesiseko linqanaba lokudada apho kukho intlawulo engena ebhetrini ngamaxesha onke, kodwa kuphela ngexabiso elikhuselekileyo lokuqinisekisa imeko epheleleyo yentlawulo kwaye akukho okunye.Uninzi lweetshaja ezikrelekrele azicimi okwangoku, kodwa kukhuseleke ngokupheleleyo ukushiya ibhetri ikwimowudi edadayo kangangeenyanga ukuya neminyaka ngexesha.

 

Yeyona nto isempilweni ukuba ibhetri ibekwimeko yentlawulo eyi-100%.

 

Sesiyithethile ngaphambili kwaye siza kuphinda siyithethe.Olona hlobo lwetshaja lungcono onokuthi ulusebenzise ebhetrini3 inqanaba lokutshaja smart.Kulula ukuzisebenzisa kwaye azikhathazi.Ungaze ube nexhala malunga nokushiya itshaja kwibhetri ixesha elide.Ngapha koko, kungcono ukuba UYENZA ukuyiyeka.Xa ibhetri ingekho kwimeko egcweleyo, ikristale yesulfate yakha kwiipleyiti kwaye oku kukuhlutha amandla.Ukuba ushiya i-powersports yakho eshedini ngexesha lokungabikho kwexesha okanye ngeeholide, nceda uqhagamshele ibhetri kwitshaja yenqanaba eli-3.Oku kuya kuqinisekisa ukuba ibhetri yakho iya kuba ikulungele ukuqalisa nanini na ukhoyo.

 

Umbuzo: Ukugcina njani ukuhambelana kwepakethi yebhetri?

Nangona kukho inkqubo engqongqo yokukhetha ibhetri, emva kokusetyenziswa kwexesha elithile, i-non-homogeneity iya kubonakala ngakumbi nangakumbi.Okwangoku, izixhobo zokutshaja azikwazi ukukhetha kunye nokuqaphela ibhetri ebuthathaka ngaphandle, ngoko ngumsebenzisi onokuthi alawule indlela yokugcina ukulingana kwamandla ebhetri.Umsebenzisi angavavanya ngcono i-OCV yayo yonke ibhetri rhoqo okanye ngokungafanelekanga phakathi kunye nexesha elizayo lokusetyenziswa kwebhetri kunye nokutshaja ibhetri yombane ophantsi ngokwahlukileyo, ukwenzela ukuba amandla ombane kunye nomthamo ufane nezinye iibhetri, ezinciphisa umahluko. phakathi kweebhetri.

Q: Iingcebiso ezibalulekileyo zokugcina ibhetri yeVRLA ubomi obude

Ngokumalunga neebhetri zeVRLA, Ngezantsi iingcebiso ezibalulekileyo zokugcina umxhasi wakho okanye umsebenzisi wokugqibela, kuba ukugcinwa rhoqo kunokunceda ukufumana ibhetri engaqhelekanga ngexesha lokusetyenziswa kunye nengxaki yenkqubo yokulawula, ukuze ulungelelanise ixesha lokuqinisekisa ukuba izixhobo ziqhuba ngokuqhubekayo nangokukhuselekileyo, zikwandise ubomi bebhetri. :

Ulondolozo lwemihla ngemihla:

1. Qinisekisa ukuba umphezulu webhetri womile kwaye ucocekile.

2. Qinisekisa ukuba i-terminal yocingo lwebhetri iqhagamshela ngokuqinileyo.

3. Qinisekisa ukuba igumbi licocekile kwaye lipholile (malunga ne-25degree).

4. Jonga imbonakalo yebhetri ukuba iqhelekile.

5. Jonga i-voltage yentlawulo ukuba iqhelekile.

 

Amacebiso angakumbi okugcina ibhetri wamkelekile ukudibana ne CSPOWER nangaliphi na ixesha.

 

 

Q: Yintoni emisela ubomi bebhetri yeVRLA?

A: Ubomi bebhetri ye-asidi ekhokelayo etywiniweyo bumiselwa zizinto ezininzi.Oku kubandakanya ubushushu, ubunzulu kunye nesantya sokukhutshwa, kunye nenani leentlawulo kunye nokukhutshwa (okubizwa ngokuba yimijikelo).

 

Uthini umahluko phakathi kosetyenziso lwe-float kunye nomjikelezo?

I-aplikeshini edadayo ifuna ukuba ibhetri ihlale itshajiwe ize ikhutshwe ngamaxesha athile.Iiaplikeshini zebhayisikile zihlawulisa kwaye zikhuphe ibhetri rhoqo.

 

 

Umbuzo: Yintoni ukukhutshwa ngokufanelekileyo?

A:Ukusebenza kakuhle kokukhutshwa kubhekiselele kumlinganiselo wamandla okwenyani kumthamo wesiqhelo xa ibhetri ikhutshwa kumbane ophelayo kwiimeko ezithile zokukhupha.Ichaphazeleka kakhulu yizinto ezifana nezinga lokukhupha, ukushisa kwendalo, ukuchasana kwangaphakathi.Ngokuqhelekileyo, izinga eliphezulu lokukhupha, iyancipha ukusebenza kakuhle kokukhutshwa kuya kuba;iqondo lobushushu lisezantsi, kokukhona ukusebenza kakuhle kokukhupha kuya kuba.

Q: Zeziphi iingenelo kunye nokungalunganga kwebhetri ye-lead-asidi?

A: I-Advantages: ixabiso eliphantsi, ixabiso leebhetri ze-lead acid yi-1/4 ~ 1/6 nje yezinye iintlobo zeebhetri ezinotyalo-mali oluphantsi apho uninzi lwabasebenzisi banokuluthwala.

Ukungalungi: ubunzima kunye nobuninzi, amandla athile aphantsi, angqongqo ekuhlawuleni nasekukhupheni.

Q: Ithetha ukuthini iReserve Capacity rating kwaye isebenza njani kumjikelo?

A:Umthamo wokugcina inani lemizuzu ibhetri inokugcina umbane oluncedo phantsi kokukhutshwa kwe-25 ampere.Okukhona uphezulu umlinganiselo womzuzu, kokukhona ibhetri ikwazi ukuqhuba izibane, iimpompo, ii-inverters, kunye ne-electronics ixesha elide phambi kokuba itshaje kwakhona.I 25 Amp.Ukureyithwa koMmandla wokuGcina kunenyani kune-Amp-Hour okanye i-CCA njengomlinganiselo womthamo wenkonzo yomjikelo onzulu.Iibhetri ezinyuswe kwiiReyithingi eziphakamileyo zeCold Cranking zilula kwaye azibizi kakhulu ukuzakha.Imakethi ikhukulisekile kunye nabo, nangona kunjalo i-Reserve Capacity, i-Cycle Life (inani lokukhupha kunye neentlawulo ibhetri inokuzisa) kunye nobomi beNkonzo buhlwempuzekileyo.Umthamo wokuGcina kunzima kwaye kuyabiza ukwenza injineli kwibhetri kwaye ifuna imathiriyeli yeeseli ezikumgangatho ophezulu.

Umbuzo: Yintoni ibhetri yeAGM?

A: Uhlobo olutsha olutywiniweyo olungachithekiyo lokugcinwa kwevalve esimahla elawulwayo kusetyenziswa i-"Absorbed Glass Mats", okanye izahluli zeAGM phakathi kwamacwecwe.Le yimathi yeglasi yefayibha entle kakhulu iBoron-Silicate.Olu hlobo lweebhetri lunazo zonke iingenelo zegelled, kodwa lunokuthatha kakubi kakhulu.Ezi zikwabizwa ngokuba "yi-electrolyte elambileyo. Njengeebhetri zeGel, ibhetri yeAGM ayiyi kuvuza iasidi ukuba yophukile.

Umbuzo: Yintoni ibhetri yeGel?

A: Uyilo lwebhetri yejeli ngokuqhelekileyo luhlengahlengiso lomgangatho weasidi yemoto okanye ibhetri yaselwandle.I-agent ye-gelling yongezwa kwi-electrolyte ukunciphisa ukunyakaza ngaphakathi kwebhetri.Iibhetri ezininzi zejeli nazo zisebenzisa indlela enye iivalvu endaweni yeendawo ezivulekileyo, oku kunceda iirhasi eziqhelekileyo zangaphakathi ukuba zihlangane zibuyele emanzini ebhetrini, kuncitshiswe igesi.Iibhetri ze "Gel Cell" azichitheki nokuba zaphukile.Iiseli ze-Gel kufuneka zihlawulwe kwi-voltage ephantsi (C / 20) kunezikhukhula okanye i-AGM ukukhusela igesi engaphezulu ekonakaliseni iiseli.Ukuzitshaja ngokukhawuleza kwitshaja yemoto eqhelekileyo kungonakalisa ngokusisigxina iGel Battery.

Umbuzo: Yintoni ukulinganisa kwebhetri?

A:Olonakalisho lwebhetri luxhaphakileyo yi-AMP-HOUR RATING.Le yiyunithi yokulinganisa umthamo webhetri, efunyenwe ngokuphindaphinda ukuhamba kwangoku kwi-amperes ngexesha leeyure zokukhupha.(Umzekelo: Ibhetri ehambisa iiamperes ezi-5 ngeeyure ezingama-20 ihambisa ii-ampere ezi-5 ngokuphindwe iiyure ezingama-20, okanye iiyure ezili-100 zeampere.)

Abavelisi basebenzisa amaxesha ahlukeneyo okukhupha ukuvelisa i-Amp-Hr eyahlukileyo.Ukulinganisa umthamo weebhetri ezifanayo, ngoko ke, i-Amp-Hr.Ukulinganisa kunokubaluleka okuncinci ngaphandle kokuba ufanelekile ngenani leeyure ibhetri ekhutshwe ngayo.Ngesi sizathu i-Amp-Hour Ratings kuphela yindlela eqhelekileyo yokuvavanya umthamo webhetri ngeenjongo zokukhetha.Umgangatho wamacandelo angaphakathi kunye nolwakhiwo lobugcisa ngaphakathi kwebhetri luya kuvelisa iimpawu ezinqwenelekayo ezahlukeneyo ngaphandle kokwenza i-Amp-Hour Rating.Umzekelo, kukho iibhetri ze-Amp-Hour eziyi-150 ezingazukuxhasa umthwalo wombane ngobusuku nje obunye kwaye ukuba zibizelwe ukwenza oko ngokuphindaphindiweyo, ziya kusilela kwangoko ebomini bazo.Kwelinye icala, kukho iibhetri ezili-150 ze-Amp-Hour eziya kusebenzisa umthwalo wombane kangangeentsuku ezininzi phambi kokuba ziphinde zitshajwe kwaye ziya kukwenza oko iminyaka.Ezi reyithingi zilandelayo kufuneka zivavanywe ukuze kuvavanywe kwaye kukhethwe ibhetri eyiyo kwisicelo esithile: I-COLD CRANKING AMPERAGE kunye NOBANDELA UBUKHONO lureyithingi olusetyenziswa lushishino ukwenza lula ukukhetha ibhetri.

Q: Yintoni ubomi bokugcinwa kwebhetri yeVRLA?

A: Zonke iibhetri zeasidi ezitywiniweyo ziyazikhupha ngokwazo.Ukuba ilahleko yesakhono ngenxa yokuzikhupha akuhlawulwanga ngokutshaja kwakhona, umthamo webhetri unokungafumaneki.Ubushushu bukwadlala indima ekumiseleni ixesha leshelufu yebhetri.Iibhetri zezona zigcinwe kwi-20℃.Xa iibhetri zigcinwa kwiindawo apho ubushushu be-ambient buhluka, ukuzikhupha kunokunyuka kakhulu.Khangela iibhetri rhoqo emva kweenyanga ezintathu okanye njalo kwaye uhlawule xa kuyimfuneko.