I-DKGB2-300-2V300AH IGEL LEAD LEAD IBTHHERI LE-ACID

Incazelo emfushane:

I-Voltage elinganiselwe: 2v
Amandla Alinganiselwe: 300 Ah(10 hr, 1.80 V/cell, 25 ℃)
Isisindo Esilinganiselwe(Kg, ±3%): 18.1kg
Itheminali: Ithusi
Icala: ABS


Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Izici Zobuchwepheshe

1. Ukusebenza kahle kokushaja: Ukusetshenziswa kwezinto zokusetshenziswa ezisetshenziswayo ezingamelana kancane ezingenisiwe kanye nenqubo ethuthukisiwe kusiza ukwenza ukumelana kwangaphakathi kube kuncane kanye nekhono lokwamukela lokushaja okuncane kwamanje kuqine.
2. Ukubekezelela izinga lokushisa eliphezulu neliphansi: Ibanga lokushisa elibanzi (i-asidi yomthofu:-25-50 C, nejeli:-35-60 C), ifanele ukusetshenziswa kwangaphakathi nangaphandle ezindaweni ezihlukahlukene.
3. Umjikelezo omude wempilo: Impilo yokuklama ye-lead acid kanye nochungechunge lwejeli ifinyelela eminyakeni engaphezu kwe-15 neyi-18 ngokulandelana, ngoba indawo eyomile imelana nokugqwala.futhi i-electrolvte ayinayo ingozi yokuhlukaniswa ngokusebenzisa ingxubevange eminingi ye-rare-earth yamalungelo empahla yobuhlakani ezimele, i-nanoscale fumed silica engeniswe isuka eJalimane njengezisetshenziswa eziyisisekelo, kanye ne-electrolyte ye-nanometer colloid konke ngocwaningo oluzimele nokuthuthukiswa.
4. Ilungele imvelo: I-Cadmium (Cd), enobuthi futhi okungelula ukuyigaya kabusha, ayikho.Ukuvuza kwe-Acid ye-gel electrolvte ngeke kwenzeke.Ibhethri isebenza ngokuphepha kanye nokuvikela imvelo.
5. Ukusebenza kokululama: Ukwamukelwa kwama-alloy akhethekile kanye nokwakheka kokunamathisela komthofu kwenza ukuzikhipha ngokwakho okuphansi, ukubekezelela okuhle kokukhipha okujulile, nekhono eliqinile lokululama.

I-DKGB2-100-2V100AH2

Ipharamitha

Imodeli

Amandla kagesi

Amandla

Isisindo

Usayizi

I-DKGB2-100

2v

100Ah

5.3kg

171*71*205*205mm

I-DKGB2-200

2v

200Ah

12.7kg

171*110*325*364mm

I-DKGB2-220

2v

220Ah

13.6kg

171*110*325*364mm

I-DKGB2-250

2v

250Ah

16.6kg

170*150*355*366mm

I-DKGB2-300

2v

300Ah

18.1kg

170*150*355*366mm

I-DKGB2-400

2v

400Ah

25.8kg

210*171*353*363mm

I-DKGB2-420

2v

420ah

26.5kg

210*171*353*363mm

I-DKGB2-450

2v

450ah

27.9kg

241*172*354*365mm

I-DKGB2-500

2v

500Ah

29.8kg

241*172*354*365mm

I-DKGB2-600

2v

600Ah

36.2kg

301*175*355*365mm

I-DKGB2-800

2v

800Ah

50.8kg

410*175*354*365mm

I-DKGB2-900

2v

900AH

55.6kg

474*175*351*365mm

I-DKGB2-1000

2v

1000Ah

59.4kg

474*175*351*365mm

I-DKGB2-1200

2v

1200Ah

59.5kg

474*175*351*365mm

I-DKGB2-1500

2v

1500Ah

96.8kg

400*350*348*382mm

I-DKGB2-1600

2v

1600Ah

101.6kg

400*350*348*382mm

I-DKGB2-2000

2v

2000Ah

120.8kg

490*350*345*382mm

I-DKGB2-2500

2v

2500Ah

147kg

710*350*345*382mm

I-DKGB2-3000

2v

3000Ah

185kg

710*350*345*382mm

Ibhethri ye-2v yejeli3

inqubo yokukhiqiza

Izinto zokusetshenziswa zengot yomthofu

Izinto zokusetshenziswa zengot yomthofu

Inqubo yepuleti le-polar

Electrode Welding

Hlanganisa inqubo

Inqubo yokubeka uphawu

Inqubo yokugcwalisa

Inqubo yokushaja

Isitoreji nokuthunyelwa

Izitifiketi

cindezela

Okuningi kokufunda

Ibhethri le-Colloid liyingxenye yokuthuthukiswa kwebhethri le-lead-acid.Indlela elula yokwengeza i-gelling agent ku-sulfuric acid ukushintsha i-sulfuric acid electrolyte ibe yi-colloidal state.Ibhethri ene-colloidal electrolyte ngokuvamile ibizwa nge-colloidal battery.

Ngomqondo obanzi, umehluko phakathi kwebhethri yejeli nebhethri elijwayelekile le-lead-acid akukhona nje ukuthi i-electrolyte iguqulwa ibe ijeli.Isibonelo, i-colloid eqinile enamanzi engajikijeki ingeyebhethri le-colloidal ngokombono wesakhiwo nezici zokuhlukaniswa kwe-electrochemical.Esinye isibonelo ukunamathisela izinto ze-polymer kugridi, eyaziwa ngokuthi igridi ye-ceramic, engabuye ibhekwe njengezici zokusetshenziswa kwebhethri yejeli.

Muva nje, amanye amalabhorethri engeze i-ejenti yokuhlanganisa eqondiwe kufomula yepuleti le-electrode, elithuthukise kakhulu izinga lokusabela lokusebenzisa izinto ezisebenzayo kupuleti le-electrode.Ngokusho kwedatha engeyona eyomphakathi, amandla athile ngesisindo esingu-70wh/kg angafinyelelwa.Lezi yizibonelo zenkambiso yezimboni kanye nokusetshenziswa kwamaseli e-colloidal azothuthukiswa kulesi sigaba.Umehluko phakathi kwebhethri le-colloidal nebhethri elivamile le-lead-acid uthuthukisiwe futhi kusukela ekuqondeni kokuqala kwe-electrolyte gelling kuya ocwaningweni lwezimpawu ze-electrochemical zengqalasizinda ye-electrolyte, kanye nokusetshenziswa nokukhuthazwa kugridi nezinto ezisebenzayo.

Izinzuzo ezibalulekile zebhethri yejeli: izinga eliphezulu, impilo yomjikelezo omude.I-electrolyte eyi-colloidal ingenza ungqimba oluqinile oluyisivikelo eduze kwepuleti le-electrode ukuvikela ipuleti le-electrode emonakalweni, ekwephukeni nasekugqwaleni ngenxa yokudlidliza noma ukungqubuzana.Ngesikhathi esifanayo, iphinde inciphise ukugoba kwepuleti le-electrode kanye nesifunda esifushane phakathi kwamapuleti e-electrode lapho ibhethri isetshenziswa ngaphansi komthwalo osindayo, ukuze ingabangeli ukwehla kwamandla.Inezinjongo ezinhle zokuvikela umzimba namakhemikhali, futhi iyimpilo ephindwe kabili yokuphila kwamabhethri ajwayelekile aneasidi yomthofu.

Ibhethri le-Colloid liyingxenye yokuthuthukiswa kwebhethri le-lead-acid.Indlela elula yokwengeza i-gelling agent ku-sulfuric acid ukushintsha i-sulfuric acid electrolyte ibe yi-colloidal state.Ibhethri ene-colloidal electrolyte ngokuvamile ibizwa nge-colloidal battery.

Ngomqondo obanzi, umehluko phakathi kwebhethri yejeli nebhethri elijwayelekile le-lead-acid akukhona nje ukuthi i-electrolyte iguqulwa ibe ijeli.Isibonelo, i-colloid eqinile enamanzi engajikijeki ingeyebhethri le-colloidal ngokombono wesakhiwo nezici zokuhlukaniswa kwe-electrochemical.Esinye isibonelo ukunamathisela izinto ze-polymer kugridi, eyaziwa ngokuthi igridi ye-ceramic, engabuye ibhekwe njengezici zokusetshenziswa kwebhethri yejeli.

Muva nje, amanye amalabhorethri engeze i-ejenti yokuhlanganisa eqondiwe kufomula yepuleti le-electrode, elithuthukise kakhulu izinga lokusabela lokusebenzisa izinto ezisebenzayo kupuleti le-electrode.Ngokusho kwedatha engeyona eyomphakathi, amandla athile ngesisindo esingu-70wh/kg angafinyelelwa.Lezi yizibonelo zenkambiso yezimboni kanye nokusetshenziswa kwamaseli e-colloidal azothuthukiswa kulesi sigaba.Umehluko phakathi kwebhethri le-colloidal nebhethri elivamile le-lead-acid uthuthukisiwe futhi kusukela ekuqondeni kokuqala kwe-electrolyte gelling kuya ocwaningweni lwezimpawu ze-electrochemical zengqalasizinda ye-electrolyte, kanye nokusetshenziswa nokukhuthazwa kugridi nezinto ezisebenzayo.

Izinzuzo ezibalulekile zebhethri yejeli: izinga eliphezulu, impilo yomjikelezo omude.I-electrolyte eyi-colloidal ingenza ungqimba oluqinile oluyisivikelo eduze kwepuleti le-electrode ukuvikela ipuleti le-electrode emonakalweni, ekwephukeni nasekugqwaleni ngenxa yokudlidliza noma ukungqubuzana.Ngesikhathi esifanayo, iphinde inciphise ukugoba kwepuleti le-electrode kanye nesifunda esifushane phakathi kwamapuleti e-electrode lapho ibhethri isetshenziswa ngaphansi komthwalo osindayo, ukuze ingabangeli ukwehla kwamandla.Inezinjongo ezinhle zokuvikela umzimba namakhemikhali, futhi iyimpilo ephindwe kabili yokuphila kwamabhethri ajwayelekile aneasidi yomthofu.

Izinga lokushisa eliphansi lithium iron phosphate ibhethri 3.2V 20A
Izinga lokushisa eliphansi lithium iron phosphate ibhethri 3.2V 20A
-20 ℃ ukushaja, - 40 ℃ 3C umthamo wokukhipha ≥ 70%
Izinga lokushisa lokushaja: - 20~45 ℃
- Izinga lokushisa lokukhipha: - 40~+55 ℃
-Isilinganiso sokukhipha esiphezulu sisekelwa ku-40 ℃: 3C
-40 ℃ 3C izinga lokugcinwa komthamo wokukhipha ≥ 70%

Chofoza Imininingwane
Kuphephile ukusetshenziswa, kunenzuzo ekuvikelweni kwemvelo, futhi kungokomqondo wangempela wokunikezwa kwamandla aluhlaza.I-electrolyte yebhethri yejeli iqinile futhi ivaliwe.I-electrolyte yejeli ayivuzi, igcina amandla adonsela phansi engxenye ngayinye yebhethri angashintshi.Igridi ekhethekile ye-calcium lead tin alloy isetshenziselwa ukumelana nokugqwala okungcono nokwamukela ukushaja.I-Ultra high strength diaphragm isetshenziselwa ukuvimbela ukujikeleza okufushane.I-valve yokuphepha yekhwalithi ephezulu engenisiwe, ukulawulwa kwe-valve okunembile kanye nokulawulwa kokucindezela.Ifakwe idivayisi yokuvikela ukuqhuma kwenkungu ye-asidi, ephephe kakhudlwana futhi enokwethenjelwa.Ngesikhathi sokusetshenziswa, ayikho igesi yenkungu ye-asidi ekhishwayo, akukho ukuchichima kwe-electrolyte, azikho izinto eziyingozi emzimbeni womuntu lapho kwenziwa inqubo yokukhiqiza, ezingenabuthi, azingcolisi, ezivimbela ukuchichima okukhulu kwe-electrolyte kanye nokungena phakathi nokusetshenziswa komthofu wendabuko. - amabhethri e-asidi.Ishaja entantayo yamanje incane, ibhethri linokushisa okuncane, futhi i-electrolyte ayinayo i-acid stratification.

Umjikelezo wokukhipha okujulile unokusebenza okuhle.Ngaphansi kwesimo sokushajwa kabusha okufika ngesikhathi ngemva kokukhishwa okujulile, umthamo webhethri ungashajwa kabusha ngo-100%, ongahlangabezana nezidingo zemvamisa ephezulu kanye nokuphuma okujulile.Ngakho-ke, ububanzi bokusebenza kwayo bukhulu kunalelo lebhethri le-lead-acid.

Ukuzikhulula okuncane, ukusebenza kahle kokukhipha okujulile, ukwamukela ukushaja okuqinile, umehluko omncane ongaba khona phezulu naphansi, namandla amakhulu.Ithuthukise kakhulu ikhono lokuqala lokushisa eliphansi, ikhono lokugcinwa kweshaja, ikhono lokugcina i-electrolyte, ukuqina komjikelezo, ukumelana nokudlidliza, ukumelana nezinga lokushisa nezinye izici.Ingafakwa ekusebenzeni ngaphandle kokushaja ngemva kokugcinwa ku-20 ℃ iminyaka emi-2.

Ukuvumelana nezimo okubanzi endaweni (izinga lokushisa).Ingasetshenziswa ebangeni lokushisa elingu-40 ℃ - 65 ℃, ikakhulukazi ngokusebenza okuhle kwezinga lokushisa eliphansi, futhi ifanele izifunda ezisenyakatho ye-alpine.Inokusebenza okuhle kokuzamazama komhlaba futhi ingasetshenziswa ngokuphepha ezindaweni ezinokhahlo ezihlukahlukene.Ayinqunyelwe yisikhala, futhi ingafakwa kunoma iyiphi indlela ngesikhathi sokusetshenziswa.

Kuyashesha futhi kulula ukuyisebenzisa.Ngenxa yokuthi ukumelana kwangaphakathi, umthamo kanye ne-voltage yeshaja entantayo yebhethri elilodwa kuyahambisana, asikho isidingo sokulinganisa ukushaja nokugcinwa okuvamile.


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