I-TORCHN ye-Solar Gel 12v Ibhetri 250ah Ubunzulu boMjikelo wokuSetyenziswa kwamandla eSola

Inkcazelo emfutshane:

Igama leBrand: TORCHN

Inombolo yomzekelo: MF12V250Ah

Igama: I-12V 250Ah ibhetri yejeli ye-asidi ekhokelela

Uhlobo lwebhetri: Ijeli yoMjikelo oNzulu etywiniweyo

Ubomi boMjikelo: 50%DOD 1422 amaxesha

Izinga lokukhutshwa: C10

Iwaranti: iminyaka emi-3


Iinkcukacha zeMveliso

Iithegi zeMveliso

I-TORCHN ijeli yelanga ye-12v ibhetri 250ah umjikelo onzulu wokusetyenziswa kokugcinwa kwamandla elanga

Iimbonakalo

1. Ukuchasana okuncinci kwangaphakathi

2. Umgangatho oNgcono ngakumbi, Ukuhambelana okuNgcono ngakumbi

3. Ukukhutshwa Okulungileyo, Ubomi obude

4. Ukumelana nobushushu obuphantsi

5. Iindonga zeTekhnoloji ziya kuThutha ngokuKhuselekileyo.

Indawo yoMveliso

IYangzhou Dongtai Solar ikwisiXeko saseGaoyou, kwiPhondo laseJiangsu, iphondo loshishino lwefotovoltaic yaseChina, inendawo ephantsi egubungela indawo eyi-12,000 ㎡, umthamo wonyaka wokuvelisa ibhetri ziiyunithi ezingama-200,000. I-2020, ibalwa malunga ne-44% yemveliso yelizwe kunye ne-34.5% yemveliso yehlabathi;imveliso yeemodyuli ze-photovoltaic iya kufikelela kwi-46.9GW, Ibalelwa malunga ne-48% yemveliso yelizwe kunye ne-34% yemveliso yehlabathi.Umzi-mveliso wethu waqala ukuvelisa iibhetri ngo-1988, uneminyaka engama-35 yokuvelisa kunye namava ophando, i-ISO9001, CE, i-SDS, yifektri ye-OEM yeentlobo ezininzi zeebhetri, kwaye sinemveliso yobungcali, intengiso, emva kokuthengisa, amasebe eteknoloji.Iqela lethu le-R&D eliqolileyo (uphando kunye noyilo) lithatha izinto ezintsha njengesicwangciso sokuqala sophuhliso kunye namandla okuqhuba angundoqo ukwakha inkqubo entsha yenzululwazi nethekhinoloji.

Ibhetri yeGel 12v 7ah Iinkcukacha zomenzi

Isicelo

Umjikelo onzulu ukugcinwa kwebhetri yejeli yasimahla.Iimveliso zethu zingasetyenziswa kwi-UPS, ukukhanya kwezitalato zelanga, iinkqubo zamandla elanga, inkqubo yomoya, inkqubo ye-alarm kunye nonxibelelwano njl.

打印

Iiparamitha

Iseli ngeYunithi nganye 6
Umbane ngeYunithi nganye 12V
Umthamo 250AH@10hr-izinga ukuya ku-1.80V ngeseli @25°c
Ubunzima 64KG
Max.Ukukhutshwa kwangoku 1000 A (5 imizuzwana)
Ukuchasa Ngaphakathi 3.5 M Omega
Uluhlu lobushushu obusebenzayo Ukukhutshwa: -40 ° c ~ 50 ° c
Intlawulo: 0°c~50°c
Ugcino: -40°c~60°c
Ukusebenza okuqhelekileyo 25°c±5°c
Ukutshaja okudadayo 13.6 ukuya ku-14.8 VDC/unithi Umyinge kwi-25 ° c
UBukhulu bokuTshaja ngoku 25 A
Ukulingana 14.6 ukuya ku-14.8 VDC/unithi Umyinge kwi-25 ° c
Ukuzikhupha Iibhetri zingagcinwa ngaphezu kweenyanga ezi-6 kwi-25°c.Umlinganiselo wokuzikhupha ngaphantsi kwe-3% ngenyanga kwi-25°c.Nceda uhlawule
iibhetri phambi kokusetyenziswa.
Indawo yokukhwelela Itheminali F5/F11
Izinto zesikhongozeli ABS UL94-HB, UL94-V0 Ngokuzikhethela

Imilinganiselo

Imilinganiselo

Ulwakhiwo

750x350px

Ukufakela kunye nokusetyenziswa

Ukufakela kunye nokusetyenziswa

Ividiyo yeFactory kunye neProfayili yeNkampani

Umboniso

TORCHNenergy uMboniso

FAQ

1. Uyakwamkela ukwenza ngokwezifiso?

Ewe, ukwenza ngokwezifiso kwamkelwe.

(1) Sinokwenza ngokwezifiso umbala wecala lebhetri kuwe.Sivelise amaqokobhe abomvu-amnyama, omthubi-mnyama, amhlophe-luhlaza kunye naluhlaza-orenji kubathengi, aqhele ukuba nemibala emi-2.

(2) Unokwenza ngokwezifiso ilogo yakho.

(3) Umthamo unokwenziwa ngokwezifiso kuwe, ngokuqhelekileyo ngaphakathi kwe-24ah-300ah.

2. Ingaba unomlinganiselo ophantsi weodolo?

Ngokwesiqhelo ewe, ukuba unomthuthi wempahla e-China ukuphathela ezothutho.Ibhetri enye nayo inokuthengiselwa wena, kodwa umrhumo wokuyithumela ngenqanawe udla ngokubiza kakhulu.

 3. Ngaba ibhetri yokugcina amandla inokuxutywa nebhetri yamandla kunye nebhetri yokuqala?

Ezi bhetri zintathu ngenxa yeemfuno zazo ezahlukeneyo, uyilo alufani, iibhetri zokugcina amandla zifuna umthamo omkhulu, ubomi obude kunye nokuzikhupha okuphantsi;Ibhetri yamandla idinga amandla aphezulu, intlawulo ekhawulezayo kunye nokukhutshwa;Ibhetri yokuqalisa iqala ngoko nangoko.Ibhetri inkulu, inkulu kakhulu, ayifuni ukukhutshwa ngokusisigxina, kwaye ayigcini amandla amaninzi.Ukuba ibhetri yokugcina amandla isetyenziswe njengebhetri yamandla, iya kunciphisa kakhulu ubomi bebhetri, kwaye amandla ayo okuqala aya kuba nawo. ichaphazeleke kwaye ayinakusetyenziswa ngokupheleleyo.Ngokuqhelekileyo, umthamo webhetri yokugcina amandla uya kuba mkhulu kunebhetri yamandla, kwaye kunzima ukuyifaka.Ibhetri yamandla esetyenziswe njengebhetri yokugcina amandla ayikwazi ukuhlangabezana neemfuno zomthamo kunye nobomi.

4. Ithini i-avareji yexesha lokukhokela?

Ngokuqhelekileyo iintsuku ezingama-7-10.Kodwa ngenxa yokuba singumzi-mveliso, sinolawulo olulungileyo kwimveliso kunye nokuhanjiswa kweeodolo.Ukuba iibhetri zakho zipakishwe kwizikhongozeli ngokungxamisekileyo, sinokwenza amalungiselelo akhethekileyo okukhawulezisa imveliso yakho.3-5 iintsuku ngokukhawuleza.

5. Yintoni umahluko phakathi kweebhetri zeAGM kunye neebhetri zeAGM-GEL?

(1).Ibhetri ye-AGM isebenzisa isisombululo esicocekileyo se-sulfuric acid njenge-electrolyte, kwaye ukuze kuqinisekiswe ukuba ibhetri inobomi obaneleyo, ipleyiti ye-electrode yenzelwe ukuba ibe nzima;ngelixa i-electrolyte ye-AGM-GEL ibhetri yenziwe nge-silica sol kunye ne-asidi ye-sulfuric, ukuxinwa kwesisombululo se-sulfuric acid Iphantsi kwebhetri ye-AGM, kwaye inani le-electrolyte li-20% ngaphezu kwebhetri ye-AGM.Le electrolyte ikhona kwimeko ye-colloidal kwaye izaliswe kwi-separator naphakathi kwee-electrode ezilungileyo kunye nezibi.I-sulfuric acid electrolyte ijikelezwe yijeli kwaye ayifuni Xa iphuma ebhetri, ipleyiti ingenziwa ibe ncinci.

(2).Ibhetri ye-AGM ineempawu zokuchasana kwangaphakathi okuphantsi, ukukwazi ukukhupha ngokukhawuleza kwangoku kunamandla kakhulu;kunye nokuchasana kwangaphakathi kwebhetri ye-AGM-GEL inkulu kunebhetri ye-AGM.

(3).Ngokobomi, iibhetri zeAGM-GEL ziya kuba zinde kuneebhetri zeAGM.


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