Dkgb2-200-2v200Ah bangetha i-gel Holy acid Battery
Izici Zobuchwepheshe
1. Ukusebenza kahle kwe-Charging: Ukusetshenziswa kwezinto zokwakha eziphansi ezingejwayelekile kanye nenqubo ethuthukisiwe kusiza ukwenza ukumelana kwangaphandle kube okuncane kanye nekhono lokwamukela lokushaja okuncane kwamanje.
2. Ukubekezelela okuphezulu nokuphansi kwamazinga okushisa
3. I-Cycle ende-Impilo: Impilo yokuqamba ye-Holy acid no-gel uchungechunge lufinyelela eminyakeni engaphezu kuka-15 nangu-18 ngokulandelana, i-arid ingum-corroshiyantion-- amelana nokuphikisana. Futhi i-elecporlvte ngaphandle kwengozi yokuhluza ngokusebenzisa amalungelo amaningi we-arous-Earth aroy anengqondo analesi sivumelwano, i-nanoscale efakwe i-silica engeniswa kusuka eJalimane njengezinto zokwakha, i-andelectlyte ye-nanometer colloid konke ngocwaningo oluzimele kanye nentuthuko.
I-4. I-Envivinor inobungani: I-Cadmium (CD), enobuthi futhi ayikho lula ukuyiphinda, ayikho. I-aclevuaf ye-accice ye-aclecpolyvte ye-acculvte ngeke yenzeke. Ibhethri lisebenza ngokuphepha nokuvikelwa kwemvelo.
I-5. Ukusebenza kabusha Ukusebenza: Ukwemukelwa kwama-alloys akhethekile kanye nokwamukelwa kwe-paste eholayo kwenza ukudelela okuphansi, ukubekezelela okuhle okujulile, kanye namandla anamandla okubuyisela amandla.
Ipharameter
| Isifanekiso | Amandla kagesi | Okukhiqiza | Isisindo | Ubungako |
| Dkgb2-100 | 2v | -Yingcwequlu | I-5.3KG | 171 * 71 * 205mm |
| Dkgb2-200 | 2v | 200Ikhaya | 12.7kg | 171 * 110 * 325 * 364mm |
| Dkgb2-20 | 2v | 220 | 13.6kg | 171 * 110 * 325 * 364mm |
| Dkgb2-250 | 2v | 250A | 16.6kg | 170 * 150 * 355 * 366mm |
| Dkgb2-300 | 2v | 300 | I-18.1KG | 170 * 150 * 355 * 366mm |
| Dkgb2-400 | 2v | 400 | 25.8kg | 210 * 171 * 353 * 363mm |
| Dkgb2-420 | 2v | 420 | 26.5kg | 210 * 171 * 353 * 363mm |
| Dkgb2-450 | 2v | 450h | 27.9kg | 241 * 172 * 364mm |
| Dkgb2-500 | 2v | 500 | 29.8kg | 241 * 172 * 364mm |
| Dkgb2-600 | 2v | 600 | 36.2kg | 301 * 175 * 355 * 365mm |
| Dkgb2-800 | 2v | 800 | 50.8kg | 410 * 175 * 354 * 365mm |
| Dkgb2-900 | 2v | 900 | 55.6kg | 474 * 175 * 351 * 365mm |
| Dkgb2-1000 | 2v | 1000 | 59.4kg | 474 * 175 * 351 * 365mm |
| Dkgb2-1200 | 2v | 1200 | I-59.5kg | 474 * 175 * 351 * 365mm |
| Dkgb2-1500 | 2v | 1500 | 96.8kg | 400 * 350 * 348 * 382mm |
| Dkgb2-1600 | 2v | 1600 | I-101.6kg | 400 * 350 * 348 * 382mm |
| Dkgb2-2000 | 2v | 2000 | 120.8kg | 490 * 350 * 345 * 382mm |
| Dkgb2-2500 | 2v | 250000 | I-147KG | 710 * 350 * 345 * 382mm |
| Dkgb2-3000 | 2v | 3000 | I-185KG | 710 * 350 * 345 * 382mm |
Inqubo yokukhiqiza
Ukuhola izinto ezisetshenziswayo ze-Ingot
Inqubo yePlate yePolar
I-Electrode Welding
Inqubo Yokubutha
Inqubo yokuvalwa uphawu
Ukugcwalisa inqubo
Inqubo yokushaja
Isitoreji Nokuthumela
Ukuqinisekiswa
Izinzuzo nokubi kwebhethri le-lithium, ibhethri le-acid ne-gel
Ibhethri le-lithium
Umgomo osebenzayo we-Lithium Battery uboniswa kwisibalo esingezansi. Ngesikhathi sokukhululwa, i-anode ilahlekelwa ama-elektroni, futhi i-lithium ion isuke kusuka ku-electrolyte eya eChodie; Ngokuphambene nalokho, i-lithium ion ifudukela ku-anode ngesikhathi senqubo yokushaja.
I-Lithium Battery inesilinganiso esiphakeme se-Energy Weight Ratio kanye nesilinganiso sevolumu yamandla; Impilo yenkonzo ende. Ngaphansi kwezimo zokusebenza ezijwayelekile, inani lokushaja kwebhethri / ukuhambisa imijikelezo likhulu kakhulu kune-500; Ibhethri le-Lithium livame ukukhokhiswa kwamanje nge-0.5 ~ 1 izikhathi zamandla, ezinganciphisa isikhathi sokushaja; Izakhi zebhethri azinazo izinto ezisindayo zensimbi, ezingeke zingcolise imvelo; Ingasetshenziswa ngokufana ngentando, futhi amandla kulula ukwaba. Kodwa-ke, izindleko zebhethri zayo ziphezulu, okubonakala ikakhulu ngentengo ephezulu ye-Calkode Material Licoo2 (Izinsizakusebenza eziphansi), kanye nobunzima bokuhlanza uhlelo lwe-electrolyte; Ukumelana kwangaphakathi kwebhethri kukhulu kunalokho kwamanye amabhethri ngenxa yohlelo lwe-electrolyte lwe-organic nezinye izizathu.
Hola ibhethri le-acid
Isimiso sebhethri le-lead-acid limi ngokulandelayo. Lapho ibhethri lixhunyiwe emthwalweni futhi likhishwe, i-dilite sulfuric acid izosabela ngezinto ezisebenzayo e-cathode ne-anode ukwakha i-sulfate entsha ekhokhelwa. Ingxenye ye-sulfuric acid ikhishwa kwi-electrolyte ngokusebenzisa ukulahla. Ukukhishwa isikhathi eside, okuncane okuhlushwa yiwo; Ngakho-ke, inqobo nje uma ukugcwala kwe-sulfuric acid ku-electrolyte kulinganiswa, ugesi osalayo ungalinganiswa. Njengoba ipuleti le-anode likhokhiswa, i-sulfate eholayo ekhiqizwe epulini yeputhode izoboshelwa futhi incishiswe ku-sulfuric acid, ukuhola kanye nokuhola i-oxide. Ngakho-ke, ukugcwala kwe-sulfuric acid kancane kuyanda kancane kancane. Lapho ama-sulfate aholayo kuzo zombili izigxobo ancishiswa entweni yasekuqaleni, ilingana nokuphela kokushaja nokulinda inqubo elandelayo yokulahlwa.
Ibhethri le-lead acid lithuthukiswe isikhathi eside kunazo zonke, ngakho-ke linobuchwepheshe obuvuthiwe kakhulu, ukuqina kanye nokusebenza. Ibhethri lisebenzisa i-Dilite Sulfuric Acid njenge-electrolyte, engavutha futhi iphephile; Uhla olubanzi lokushisa okusebenzayo kanye nokusebenza kwamanje, ukugcinwa okuhle. Kodwa-ke, ukuqina kwamandla alo kuphansi, impilo yayo yomjikelezo imfushane, futhi ukungcoliswa kokuhola kukhona.
Ibhethri lejeli
Ibhethri leColloidal livalwe ngumgomo wokutholwa kweKatide. Lapho ibhethri likhokhiswa, i-oksijini izokhishwa kwi-electrode enhle ne-hydrogen izokhishwa kwi-electrode engemihle. Ukuziphendukela kwemvelo komoya-mpilo kusuka ku-electrode enhle kuqala lapho kushaja i-electrode carce afinyelela kuma-70%. I-oksijini enqunyelwe ifinyelela eChode futhi ihlangana neChoode kanjena elandelayo ukufeza inhloso yokutholwa kweCathode.
I-2PB + O2 = 2PBBO
I-2PBO + 2h2SO4: 2PBS04 + 2H20
Ukuvela kwe-hydrogen kwe-electrode engemihle kuqala lapho icala lifinyelela kuma-90%. Ngaphezu kwalokho, ukuncishiswa komoya-mpilo ku-electrode engemihle kanye nokwenza ngcono i-hydrogen ngokweqile kwe-electrode engemihle ngokwako kuvimbela inani elikhulu le-hydrogen Evolution reaction.
Kwamabhethri e-Agm avaliwe we-acid acid, yize iningi le-electrolyte lebhethri ligcinwa kulwelwesi lwe-AGM, ama-10% ama-membrane pores akufanele afake i-electrolyte. I-oksijini ekhiqizwa nge-electrode enhle ifinyelela i-electrode emibi ngalezi zingama-pores futhi idonswe nge-electrode engemihle.
I-colloid electrolyte yebhethri ye-colloid ingakha isendlalelo esiqinile sokuvikela esizungeze ipuleti le-electrode, elizoholela ekunciphiseni umthamo kanye nempilo yenkonzo ende; Kuphephile ukusebenzisa futhi kufanelekile ekuvikelweni kwemvelo, futhi kungokwangempela kokunikezwa kwamandla okuluhlaza; Ukuquleka okuncane kokuzikhandla, ukusebenza okuhle kokukhipha okujulile, ukwamukelwa okuqinile kwecala, umehluko omncane ongaba khona futhi ophansi, kanye nekhono elikhulu. Kepha ubuchwepheshe bawo bokukhiqiza bunzima futhi izindleko ziphezulu.
