A: Yebo, singabakhiqizi bamabhethri abangochwepheshe eSifundazweni saseGuangdong, eShayina. Futhi sizikhiqizela amapuleti ngokwethu.

A: ISO 9001, ISO 14001, OHSAS 18001, CE, UL, IEC 61427, IEC 6096 umbiko wokuhlola, Ilungelo lobunikazi lobuchwepheshe bejeli kanye nolunye udumo lwaseShayina.

A: Yebo,Uhlobo lwe-OEM lukhululekile

A: Yebo, imodeli ngayinye ifinyelela ku-200PCS, yenza ngokwezifiso noma yimuphi umbala wekesi ngokukhululeka

A: Cishe izinsuku eziyi-7 zemikhiqizo yesitoko, cishe izinsuku ezingama-25-35 zoku-oda ngobuningi kanye nemikhiqizo egcwele yesitsha engamamitha angu-20.

A: Samukela uhlelo lwekhwalithi lwe-ISO 9001 ukulawula ikhwalithi. Sinomnyango Wokulawula Ikhwalithi Engenayo (IQC) ukuhlola nokuqinisekisa ukuthi izinto zokusetshenziswa ziyahlangabezana nezidingo zokukhiqiza ezisezingeni eliphezulu, umnyango Wokulawula Ikhwalithi Yokukhiqiza (PQC) uqukethe Ukuhlolwa kokuqala, Ukulawulwa kwekhwalithi okusenquboni, ukuhlolwa kokwamukelwa kanye nokuhlolwa okugcwele, umnyango Wokulawula Ikhwalithi Ephumayo (OQC) uqinisekisa ukuthi awekho amabhethri anephutha aphuma efektri.

A: Yebo, amabhethri ethu angalethwa kokubili olwandle kanye nangomoya. Sine-MSDS, umbiko wokuhlola ukuthuthwa okuphephile njengemikhiqizo engeyona ingozi.

A: Kuncike kumthamo webhethri, ukujula kokukhishwa, kanye nokusetshenziswa kwebhethri. Sicela usithinte ngomusa ukuze uthole ulwazi olunembile olusekelwe ezidingweni ezinemininingwane.

Kungenzeka ukuthi uke wezwa kuthiwa "udinga ishaja yezigaba ezintathu". Sesikushilo, futhi sizophinda sikusho. Uhlobo oluhle kakhulu lweshaja ongalusebenzisa ebhethri lakho ishaja yezigaba ezintathu. Zibizwa nangokuthi "amashaja ahlakaniphile" noma "amashaja alawulwa yi-micro processor". Ngokuyisisekelo, lolu hlobo lwamashaja luphephile, kulula ukulusebenzisa, futhi ngeke lushaje kakhulu ibhethri lakho. Cishe wonke amashaja esiwathengisayo angamashaja ezigaba ezintathu. Kulungile, ngakho-ke kunzima ukuphika ukuthi amashaja ezigaba ezintathu ayasebenza futhi asebenza kahle. Kodwa nansi umbuzo wezigidi zamaRandi: Yiziphi izigaba ezintathu? Yini eyenza la mashaja ahluke kangaka futhi asebenze kahle? Ingabe kuyafaneleka ngempela? Ake sithole ngokudlula esigabeni ngasinye, ngasinye ngasinye:

Isigaba 1 | Ukushaja Okukhulu

Inhloso eyinhloko yeshaja yebhethri ukushaja kabusha ibhethri. Lesi sigaba sokuqala ngokuvamile yilapho i-voltage ephezulu kanye ne-amperage ishaja elinganiselwe ngayo kuzosetshenziswa khona ngempela. Izinga lokushaja elingasetshenziswa ngaphandle kokushisa ibhethri laziwa ngokuthi izinga lokumuncwa kwemvelo lebhethri. Ebhethrini elijwayelekile le-AGM lama-volt angu-12, i-voltage yokushaja engena ebhethrini izofinyelela kuma-volt angu-14.6-14.8, kuyilapho amabhethri agcwele amanzi angaba phezulu nakakhulu. Ebhethrini lejeli, i-voltage akufanele ibe ngaphezu kwama-volt angu-14.2-14.3. Uma ishaja iyishaja yama-amp angu-10, futhi uma ukumelana nebhethri kukuvumela, ishaja izokhipha ama-amps angu-10 agcwele. Lesi sigaba sizoshaja kabusha amabhethri akhishwe amanzi kakhulu. Akukho bungozi bokushaja ngokweqile kulesi sigaba ngoba ibhethri ayikafiki ngisho nasekugcwaleni.

Isigaba 2 | Inkokhelo Yokumunca

Amashaja ahlakaniphile azobona i-voltage kanye nokumelana nebhethri ngaphambi kokushaja. Ngemva kokufunda ibhethri, ishaja inquma ukuthi yiliphi isigaba okufanele ishaje ngaso kahle. Uma ibhethri selifinyelele isimo sokushaja esingu-80%*, ishaja izongena esigabeni sokumuncwa. Kuleli qophelo, amashaja amaningi azogcina i-voltage izinzile, kuyilapho i-amperage yehla. Ugesi ophansi ongena ebhethri ukhuphula ngokuphephile ishaja ebhethri ngaphandle kokuyishisa ngokweqile.

Lesi sigaba sithatha isikhathi esithe xaxa. Isibonelo, u-20% wokugcina webhethri uthatha isikhathi eside kakhulu uma uqhathaniswa no-20% wokuqala ngesikhathi sesigaba sobuningi. Ugesi uyaqhubeka nokwehla kuze kube yilapho ibhethri selicishe lifinyelele umthamo ogcwele.

*Isimo sangempela sokushaja Isigaba sokungenisa esizongena sizohluka kusuka kushaja kuya kushaja

Isigaba 3 | Ukushaja Okuntantayo

Amanye amashaja angena kwimodi yokuntanta ngokushesha nje lapho isimo sokushaja singama-85% kodwa amanye aqala eduze kwama-95%. Noma ngabe yikuphi, isigaba sokuntanta siletha ibhethri lonke futhi sigcine isimo sokushaja singama-100%. I-voltage izoncipha futhi ihlale iqinile kuma-volt angu-13.2-13.4, okuyi-i-voltage ephezulu kakhulu ibhethri lama-volt angu-12 elingayibamba. Ugesi uzoncipha futhi uze ufike ezingeni lapho ubhekwa khona njenge-trickle. Yilapho igama elithi "trickle charger" livela khona. Empeleni yisigaba sokuntanta lapho kukhona ukushaja okungena ebhethrini ngaso sonke isikhathi, kodwa kuphela ngesivinini esiphephile ukuqinisekisa isimo sokushaja esigcwele futhi akukho okunye. Amashaja amaningi ahlakaniphile awacimi kuleli qophelo, kodwa kuphephile ngokuphelele ukushiya ibhethri likwimodi yokuntanta izinyanga kuya eminyakeni elinganayo ngesikhathi.

Kuyinto enempilo kakhulu ukuthi ibhethri libe sesimweni sokushaja esingu-100%.

Sesikushilo ngaphambili futhi sizokusho futhi. Uhlobo oluhle kakhulu lweshaja ongalusebenzisa ebhethrini yi-Ishaja ehlakaniphile yesiteji ezintathu. Kulula ukuzisebenzisa futhi azikhathazeki. Akudingeki ukhathazeke ngokushiya ishaja ebhethrini isikhathi eside kakhulu. Eqinisweni, kungcono uma UYISHIYA ivuliwe. Uma ibhethri lingashajwanga ngokugcwele, i-sulfate crystal yakheka emapuletini futhi lokhu kukuthatha amandla. Uma ushiya amandla akho eshedini ngesikhathi sokuphumula noma ngamaholide, sicela uxhume ibhethri kushaja enezigaba ezintathu. Lokhu kuzoqinisekisa ukuthi ibhethri lakho lizolungela ukuqala noma nini lapho ukhona.

A: Ibhethri le-lead carbon lisekela ukushaja okusheshayo. Ngaphandle kwebhethri le-lead carbon, amanye amamodeli ukushaja okusheshayo akukhuthazwa njengokungathi kuyingozi ebhethrini.

Ngokuphathelene namabhethri e-VRLA, Nazi amathiphu okulungisa abalulekile kumakhasimende akho noma kumsebenzisi wokugcina, ngoba ukulungiswa okuvamile kuphela okungasiza ekutholeni ibhethri elingajwayelekile ngesikhathi sokusetshenziswa kanye nenkinga yohlelo lokuphatha, ukuze kulungiswe ngesikhathi ukuqinisekisa ukuthi imishini isebenza njalo nangokuphepha, futhi kwandise impilo yebhethri:

Ukugcinwa kwansuku zonke:

1. Qinisekisa ukuthi indawo yebhethri yomile futhi ihlanzekile.

2. Qinisekisa ukuthi i-terminal yezintambo zebhethri ixhumeke kahle.

3. Qinisekisa ukuthi igumbi lihlanzekile futhi lipholile (cishe ama-degree angu-25).

4. Hlola ukuthi ibhethri libukeka kanjani uma lijwayelekile.

5. Hlola i-voltage yokushaja uma ijwayelekile.

Amathiphu engeziwe okulungisa ibhethri wamukelekile ukubonisana ne-CSPOWER noma nini.

A:Ukukhipha amandla ngokweqile kuyinkinga evela ekunganele kwamandla ebhethri okwenza amabhethri asebenze ngokweqile. Ukukhipha amandla kujule kakhulu kuno-50% (empeleni kungaphansi kakhulu kuka-12.0 Volts noma u-1.200 Specific Gravity) kufinyeza kakhulu i-Cycle Life yebhethri ngaphandle kokwandisa ukujula okusebenzisekayo komjikelezo. Ukushaja okungajwayelekile noma okunganele nakho kungabangela izimpawu zokukhipha amandla ngokweqile ezibizwa ngokuthi i-SULFATION. Naphezu kokuthi imishini yokushaja ilawula kahle, izimpawu zokukhipha amandla ngokweqile zibonakala njengokulahlekelwa amandla ebhethri futhi ziphansi kunokudonsa kwamandla okuvamile. I-Sulfate yenzeka lapho i-sulphur evela ku-electrolyte ihlangana nokudonsa emapuletini bese yakha i-lead-sulfate. Uma lesi simo sesivele sikhona, amashaja ebhethri lasolwandle ngeke ayisuse i-sulfate eqinile. I-Sulfate ngokuvamile ingasuswa ngokushaja okulungile noma ngokushaja okulingana namashaja ebhethri angaphandle asetshenziswa ngesandla. Ukuze kufezwe lo msebenzi, amabhethri epuleti eligcwele amanzi kumele ashajwe ku-6 kuya ku-10 amps. ku-2.4 kuya ku-2.5 volts ngeseli kuze kube yilapho wonke amaseli ekhipha igesi ngokukhululeka futhi amandla awo adonsela phansi abuyele ekugxilweni kwawo kokushaja okugcwele. Amabhethri e-AGM avalwe kufanele alethwe kuma-volts angu-2.35 ngeseli ngalinye bese ekhishwa kuma-volts angu-1.75 ngeseli ngalinye bese le nqubo kumele iphindwe kuze kube yilapho amandla ebuyela ebhethrini. Amabhethri ejeli angase angalulami. Ezimweni eziningi, ibhethri lingabuyiselwa ukuze liqedele impilo yalo yokusebenza.

UKUSHAJA Ama-Alternator namashaja ebhethri antantayo kufaka phakathi amashaja e-photo voltaic alawulwayo anezilawuli ezizenzakalelayo ezinciphisa izinga lokushaja njengoba amabhethri efika eshaja. Kufanele kuqashelwe ukuthi ukwehla kube ama-ampere ambalwa ngenkathi eshaja akusho ukuthi amabhethri ashajwe ngokugcwele. Amashaja ebhethri anezinhlobo ezintathu. Kukhona uhlobo olusetshenziswa ngesandla, uhlobo lwe-trickle, kanye nohlobo lwesishintshi esizenzakalelayo.

Njengebhethri le-UPS VRLA, ibhethri lisesimweni sokushaja okuntantayo, kodwa ukushintsha kwamandla okunzima kusasebenza ngaphakathi kwebhethri. Amandla kagesi ngesikhathi sokushaja okuntantayo ashintshele kumandla okushisa, ngakho-ke cela indawo yokusebenza yebhethri ibe nomthamo omuhle wokukhulula ukushisa noma i-air conditioner.

Ibhethri le-VRLA kufanele lifakwe endaweni ehlanzekile, epholile, enomoya futhi eyomile, gwema ukuthinteka yilanga, ukushisa ngokweqile noma ukushisa okukhulu.
Ibhethri le-VRLA kufanele lishajwe ekushiseni okuphakathi kwama-degrees angu-5 kuya kwangu-35. Impilo yebhethri izofinyezwa uma izinga lokushisa lingaphansi kwama-degrees angu-5 noma ngaphezulu kwama-degrees angu-35. I-voltage yokushaja ayikwazi ukudlula ibanga lesicelo, ngaphandle kwalokho, izoholela ekulimaleni kwebhethri, impilo ifushane noma ukwehla kwamandla.

Nakuba kunenqubo eqinile yokukhetha ibhethri, ngemva kokusetshenziswa kwesikhathi esithile, ukungafani kuzobonakala ngokusobala. Okwamanje, imishini yokushaja ayikwazi ukukhetha nokuhlanganisa ibhethri elibuthakathaka, ngakho-ke ngumsebenzisi ongakwazi ukulawula ukuthi angaligcina kanjani ibhethri lilingana. Umsebenzisi angahlola kangcono i-OCV yebhethri ngalinye njalo noma ngokungajwayelekile phakathi nesikhathi sokusetshenziswa kwebhethri kamuva bese eshaja ibhethri le-voltage ephansi ngokwehlukana, ukuze i-voltage kanye nomthamo kufane namanye amabhethri, okunciphisa umehluko phakathi kwamabhethri.

A: Ukuphila kwebhethri le-lead acid evaliwe kunqunywa yizici eziningi. Lokhu kufaka phakathi izinga lokushisa, ukujula kanye nesivinini sokukhishwa, kanye nenani lamanani kanye nokuphuma (okubizwa ngokuthi imijikelezo).

Uyini umehluko phakathi kokusetshenziswa kwe-float kanye ne-cycle?

Uhlelo lokusebenza oluntantayo ludinga ukuthi ibhethri lishajwe njalo futhi likhishwe ngezikhathi ezithile. Izinhlelo zokusebenza zishaja futhi zikhiphe ibhethri njalo.

A:Ukusebenza kahle kokukhipha ibhethri kubhekisela esilinganisweni samandla angempela kumthamo ojwayelekile lapho ibhethri likhipha ibhethri ku-voltage yokugcina ezimweni ezithile zokukhipha ibhethri. Kuthinteka kakhulu yizici ezifana nesilinganiso sokukhipha ibhethri, izinga lokushisa lemvelo, ukumelana kwangaphakathi. Ngokuvamile, uma izinga lokukhipha liphezulu, ukusebenza kahle kokukhipha ibhethri kuzoba kuphansi; uma izinga lokushisa liphansi, ukusebenza kahle kokukhipha ibhethri kuzoba kuphansi.

A: Izinzuzo: intengo ephansi, intengo yamabhethri e-lead acid ingu-1/4 ~ 1/6 nje kuphela yalezo ezinye izinhlobo zamabhethri anotshalomali oluphansi abasebenzisi abaningi abangaluthwala.

Okubi: okunzima nobukhulu, amandla amancane athile, ukushaja nokukhipha amandla ngokuqinile.

A:Umthamo wokugcina yinani lemizuzu ibhethri elingagcina ngayo i-voltage ewusizo ngaphansi kokukhishwa kwe-25 ampere. Uma isilinganiso semizuzu siphezulu, kulapho ikhono lebhethri lokusebenzisa izibani, amaphampu, ama-inverter, kanye ne-elekthronikhi isikhathi eside ngaphambi kokushaja kabusha liyadingeka. Isilinganiso Somthamo Wokugcina we-25 Amp sinengqondo kakhulu kune-Amp-Hour noma i-CCA njengokulinganisa umthamo wesevisi yomjikelezo ojulile. Amabhethri akhushulwa kuzilinganiso zawo eziphezulu ze-Cold Cranking kulula futhi angabizi ukuwakha. Imakethe igcwele wona, noma kunjalo Amandla awo Okugcina, Impilo Yomjikelezo (inani lokukhishwa kanye namanani ibhethri elingawanikeza) kanye nempilo yesevisi ayinhle. Amandla Okugcina kunzima futhi kuyabiza ukuwakha ibhethri futhi kudinga izinto zeselula ezisezingeni eliphezulu.

A: Uhlobo olusha lwebhethri elivikelwe elingachitheki elingachithwanga elilawulwa yi-valve lusebenzisa "Ama-Absorbed Glass Matts", noma ama-AGM separator phakathi kwamapuleti. Lolu uhlobo lwebhethri oluyi-fiber Boron-Silicate oluyi-fiber enhle kakhulu. Lolu hlobo lwamabhethri lunezinzuzo zonke ze-gelled, kodwa lungabekezelela ukusetshenziswa kabi kakhulu. Lawa abizwa nangokuthi "i-electrolyte elambile. Njengamabhethri e-Gel, ibhethri le-AGM ngeke livuze i-asidi uma liphukile.

A: Umklamo webhethri lejeli ngokuvamile uwukuguqulwa kwebhethri elijwayelekile le-lead acid yezimoto noma ibhethri lasolwandle. I-gelling agent ifakwa ku-electrolyte ukunciphisa ukunyakaza ngaphakathi kwebhokisi lebhethri. Amabhethri amaningi ejeli asebenzisa ama-valve ahamba ngendlela eyodwa esikhundleni sezindawo zokungenisa umoya ezivulekile, lokhu kusiza amagesi angaphakathi ajwayelekile ukuthi aphinde ahlangane abe ngamanzi ebhethri, okunciphisa ukuvuza kwegesi. Amabhethri "e-Gel Cell" awachitheki ngisho noma ephukile. Amaseli ejeli kumele ashajwe nge-voltage ephansi (C/20) kunezikhukhula noma i-AGM ukuvimbela igesi eningi ukuthi ingalimazi amaseli. Ukushaja ngokushesha kushaja yezimoto evamile kungase kulimaze unomphela ibhethri lejeli.

A:Isilinganiso sebhethri esivame kakhulu yi-AMP-HOUR RATING. Lena iyunithi yokulinganisa umthamo webhethri, etholakala ngokuphindaphinda ukugeleza kwamandla kagesi kuma-ampere ngesikhathi samahora okukhishwa. (Isibonelo: Ibhethri elikhipha ama-ampere ama-5 amahora angama-20 likhipha ama-ampere ama-5 ngokuphindwe ngamahora angama-20, noma amahora angama-ampere ayi-100.)

Abakhiqizi basebenzisa izikhathi ezahlukene zokukhipha ukuze baveze i-Amp-Hr ehlukile. Isilinganiso samabhethri anomthamo ofanayo, ngakho-ke, isilinganiso se-Amp-Hr. asinamsebenzi kangako ngaphandle kokuthi sihlolwe ngenani lamahora ibhethri elikhishwa ngawo. Ngenxa yalesi sizathu, Izilinganiso ze-Amp-Hour ziyindlela ejwayelekile yokuhlola umthamo webhethri ngezinjongo zokukhetha. Ikhwalithi yezingxenye zangaphakathi kanye nokwakhiwa kobuchwepheshe ngaphakathi kwebhethri kuzokhiqiza izici ezihlukile ezifunwayo ngaphandle kokuthinta Isilinganiso salo se-Amp-Hour. Isibonelo, kunebhethri le-Amp-Hour elingu-150 elingeke lisekele umthwalo kagesi ubusuku bonke futhi uma kudingeka ukuba lenze njalo ngokuphindaphindiwe, lizohluleka ekuqaleni kokuphila kwalo. Ngakolunye uhlangothi, kunebhethri le-Amp-Hour elingu-150 elizosebenzisa umthwalo kagesi izinsuku eziningana ngaphambi kokudinga ukushajwa futhi lizokwenza lokho iminyaka eminingi. Izilinganiso ezilandelayo kumele zihlolwe ukuze kuhlolwe futhi kukhethwe ibhethri elifanele lohlelo oluthile: I-COLD CRANKING APERAGE kanye ne-RESERVE CAPACITY yizilinganiso ezisetshenziswa yimboni ukwenza lula ukukhetha ibhethri.

A: Wonke amabhethri e-lead acid avaliwe ayazikhipha ngokwawo. Uma ukulahlekelwa amandla ngenxa yokuzikhipha ngokwawo kungakhokhelwa ngokuzishaja kabusha, amandla ebhethri angase angaphinde atholakale. Izinga lokushisa lidlala indima ekunqumeni impilo yeshalofu yebhethri. Amabhethri angcono kakhulu agcinwe ku-20℃. Uma amabhethri egcinwa ezindaweni lapho izinga lokushisa elizungezile lihluka khona, ukuzikhipha ngokwawo kungakhushulwa kakhulu. Hlola amabhethri njalo ezinyangeni ezintathu noma ngaphezulu bese ushaja uma kudingeka.

A: Umthamo webhethri, kuma-Ahs, uyinombolo eguquguqukayo encike kumthamo wokukhipha. Isibonelo, ibhethri elikhishwa ku-10A lizokunikeza umthamo omkhulu kunebhethri elikhishwa ku-100A. Ngesilinganiso samahora angama-20, ibhethri liyakwazi ukuletha ama-Ahs amaningi kunesilinganiso samahora ama-2 ngoba isilinganiso samahora angama-20 sisebenzisa umthamo wokukhipha ophansi kunesilinganiso samahora ama-2.

A: Isici esinqunyiwe sokuphila kwebhethri eshalofini izinga lokuzikhipha lona ngokwalo elincike ekushiseni. Amabhethri e-VRLA azozikhipha ngaphansi kuka-3% ngenyanga ku-77° F (25° C). Amabhethri e-VRLA akufanele agcinwe izinyanga ezingaphezu kweziyisithupha ku-77° F (25° C) ngaphandle kokushajwa. Uma kushushu, shaja kabusha njalo ezinyangeni ezi-3. Uma amabhethri ekhishwa endaweni yokugcina isikhathi eside, kunconywa ukuthi ushaje kabusha ngaphambi kokusebenzisa.