I-DKGB-12250-12V250AH OKUQINISEKILEYO UKUGCINWA KWAMAHHALA IBHETRI YEGEL YESOLA
Iimpawu zobuGcisa
1. Ukutshaja okusebenzayo: Ukusetyenziswa kwezixhobo zokutshaja ezisezantsi ezisezantsi kunye nenkqubo ephucukileyo inceda ukwenza ukuchasana kwangaphakathi kube kuncinci kunye nokwamkelwa kokutshaja okuncinci kwangoku komelele.
2. Ukunyamezela ukushisa okuphezulu kunye nokuphantsi: Uluhlu olubanzi lweqondo lokushisa (i-lead-acid: -25-50 ℃, kunye nejeli: -35-60 ℃), ilungele ukusetyenziswa kwangaphakathi nangaphandle kwiindawo ezahlukeneyo.
3. Umjikelo omde wobomi: Ubomi boyilo lwe-asidi yelothe kunye nothotho lwejeli bufikelela kwiminyaka engaphezu kwe-15 kunye ne-18 ngokulandelelanayo, indawo eyomileyo iyakwazi ukumelana nomhlwa.Kwaye i-electrolvte ayinamngcipheko we-stratification ngokusebenzisa i-alloy ye-multiple rare-earth alloy of intellectual property rights, i-nanoscale fumed silica ethathwe eJamani njengezinto ezisisiseko, kunye ne-electrolyte ye-nanometer colloid yonke ngophando oluzimeleyo kunye nophuhliso.
4. I-Environmental-friendly: I-Cadmium (i-Cd), enetyhefu kwaye ekungekho lula ukuyihlaziya, ayikho.Ukuvuza kwe-Acid ye-gel electrolvte akuyi kwenzeka.Ibhetri isebenza ngokhuseleko kunye nokhuseleko lokusingqongileyo.
5. Ukubuyisela ukusebenza: Ukwamkelwa kweealloys ezikhethekileyo kunye ne-lead paste formulations kwenza ukuzikhupha okuphantsi, ukunyamezela okunzulu kokukhupha, kunye nokukwazi ukubuyisela amandla.
Ipharamitha
| Umzekelo | I-Voltage | Amandla okwenene | NW | L*W*H*Ubude bubonke |
| I-DKGB-1240 | 12v | 40ah | 11.5kg | 195*164*173mm |
| I-DKGB-1250 | 12v | 50ah | 14.5kg | 227*137*204mm |
| I-DKGB-1260 | 12v | 60ah | 18.5kg | 326*171*167mm |
| I-DKGB-1265 | 12v | 65ah | 19kg | 326*171*167mm |
| I-DKGB-1270 | 12v | 70ah | 22.5kg | 330*171*215mm |
| I-DKGB-1280 | 12v | 80ah | 24.5kg | 330*171*215mm |
| I-DKGB-1290 | 12v | 90ah | 28.5kg | 405*173*231mm |
| I-DKGB-12100 | 12v | 100ah | 30kg | 405*173*231mm |
| I-DKGB-12120 | 12v | 120ah | 32kgkg | 405*173*231mm |
| I-DKGB-12150 | 12v | 150ah | 40.1kg | 482*171*240mm |
| I-DKGB-12200 | 12v | 200ah | 55.5kg | 525*240*219mm |
| I-DKGB-12250 | 12v | 250ah | 64.1kg | 525*268*220mm |
inkqubo yemveliso
Lead ingot imathiriyeli ekrwada
Inkqubo yeplate yepolar
Electrode welding
Hlanganisa inkqubo
Inkqubo yokutywinwa
Inkqubo yokuzalisa
Inkqubo yokutshaja
Ukugcinwa kunye nokuthunyelwa
Iziqinisekiso
Okunye ukufunda
Umahluko phakathi kwebhetri ye-lead-asidi kunye nebhetri yejeli
Ngaba kungcono ukukhetha ibhetri ye-lead-acid okanye ibhetri yejeli yeseli yelanga?Yintoni umahluko?
Okokuqala, ezi ntlobo zimbini zeebhetri ziibhetri zokugcina amandla, ezifanelekileyo kwizixhobo zokuvelisa amandla elanga.Ukhetho oluthile luxhomekeke kwindawo yakho kunye neemfuno.
Ibhetri yeasidi yelothe kunye nebhetri yejeli zombini zisebenzisa umgaqo wokufunxa wecathode ukutywina ibhetri.Xa ibhetri ye-Xili ihlawuliswa, i-pole epholileyo iya kukhulula i-oksijini kwaye i-pali engafanelekanga iya kukhulula i-hydrogen.Ukuvela kweoksijini ukusuka kwi-electrode elungileyo iqala xa intlawulo ye-electrode evumayo ifikelela kuma-70%.I-oksijini ehlanjululwayo ifikelela kwi-cathode kwaye iphendule kunye ne-cathode ngolu hlobo lulandelayo ukufezekisa injongo ye-cathode absorption.I-hydrogen evolution ye-electrode embi iqala xa intlawulo ifikelela kwi-90%.Ukongeza, ukuncitshiswa kwe-oksijini kwi-electrode engalunganga kunye nokuphuculwa kwe-hydrogen overpotential ye-electrode engalunganga ngokwayo kuthintela isixa esikhulu se-hydrogen evolution reaction.
Umahluko omkhulu phakathi kwezi zimbini kukunyanga i-electrolyte.
Kwiibhetri ze-lead-acid, nangona ininzi ye-electrolyte yebhetri igcinwe kwi-membrane ye-AGM, i-10% ye-membrane pores kufuneka ingangeni kwi-electrolyte.I-oksijini eveliswa yi-electrode efanelekileyo ifikelela kwi-electrode engafanelekanga ngala ma-pores kwaye ixutywe yi-electrode engafanelekanga.
Kwibhetri yejeli, ijeli yesilicon ebhetri ibubume bobuxhakaxhaka obunamacala amathathu abunjwe ngamasuntswana eSiO njengamathambo, afaka i-electrolyte ngaphakathi.Emva kokuba i-silica sol ezaliswe yibhetri ijika ibe yi-gel, isakhelo siya kuncipha ngakumbi, ukwenzela ukuba ukuqhekeka kwi-gel kuya kubonakala phakathi kweeplate ezintle kunye nezibi, ukubonelela umjelo we-oksijini ekhutshwe kwi-electrode efanelekileyo ukufikelela kwi-electrode engafanelekanga.
Kuyabonakala ukuba umgaqo wokutywinwa kweebhetri ezimbini ziyafana, kwaye umahluko ulele kwindlela "yokulungisa" i-electrolyte kunye nendlela yokubonelela nge-oksijini ukufikelela kumjelo ongalunganga we-electrode.
Ngaphezu koko, kukho umahluko omkhulu phakathi kwezi ntlobo zimbini zeebhetri kwisakhiwo kunye neteknoloji.Iibhetri zeasidi yelothe zisebenzisa isisombululo esisulungekileyo se-sulfuric njenge-electrolyte.I-electrolyte ye-colloidal etywiniweyo yeebhetri ze-asidi ye-lead yenziwe nge-silica sol kunye ne-sulfuric acid.Uxinzelelo lwesisombululo se-sulfuric acid lungaphantsi kunelo lweebhetri ze-asidi yelothe.
Emva koko, amandla okukhutshwa kwebhetri ye-Xili nayo yahlukile.Ifomula ye-electrolyte ye-colloid, lawula ubungakanani beengqungquthela ze-colloidal, zongeza izongezo ze-polymer ze-hydrophilic, ukunciphisa ukuxinwa kwesisombululo se-colloidal, ukuphucula ukunyanzeliswa kunye nokuxhamla kwipleyiti ye-electrode, ukwamkela inkqubo yokuzalisa i-vacuum, indawo ye-rubber separator kunye ne-composite separator okanye i-AGM isahluli, kunye nokuphucula ukufunxa ibhetri yamanzi;Umthamo wokukhupha wejeli etywiniweyo ibhetri unokufikelela okanye usondele kwinqanaba lebhetri ekhokelayo evulekileyo ngokususa itanki yentlenga yebhetri kunye nokwandisa ngokuphakathi umxholo wezinto ezisebenzayo kwindawo yepleyiti.
I-AGM itywinwe iibhetri ze-asidi ye-lead zine-electrolyte encinci, iipleyiti ezityebileyo, kunye nesantya esisezantsi sokusetyenziswa kwezinto ezisebenzayo kuneebhetri zohlobo oluvulekileyo, ngoko ke amandla okukhutshwa kweebhetri ze-Xili malunga ne-10% ngaphantsi kunohlobo lweebhetri ezivulekileyo.Xa kuthelekiswa nebhetri yejeli yanamhlanje etywiniweyo, umthamo wayo wokukhupha uncinci.Oko kukuthi, ixabiso lebhetri yejel liya kuba liphezulu.
