I-VET-China iyaziqhenya ngokwethula i-Hydrogen Fuel Cell PEM Membrane Electrode Assemblies. Lo mkhiqizo wenguquko uhlanganisa ubuchwepheshe obuthuthukisiwe ukuze unikeze abasebenzisi izinga eliphezulu, izixazululo zamandla ahlanzekile ezinokwethenjelwa. Njengomholi emkhakheni wamandla e-hydrogen, imikhiqizo ye-VET-China isendaweni ehamba phambili ekuguquleni amandla nasekugcinweni, ihlinzeka abasebenzisi amandla amahle kakhulu nokusebenza kwemvelo.
Imininingwane yokuhlanganiswa kwe-membrane electrode:
Ubukhulu | awu 50m. |
Osayizi | 5 cm2, 16 cm2, 25 cm2, 50 cm2 noma 100 cm2 izindawo ezisebenzayo. |
I-Catalyst Iyalayisha | I-Anode = 0.5 mg Pt/cm2.Cathode = 0.5 mg Pt/cm2. |
Izinhlobo zokuhlanganisa i-Membrane electrode | 3-ungqimba, 5-ungqimba, 7-ungqimba (ngakho ngaphambi koku-oda, sicela ucacise ukuthi zingaki izendlalelo ze-MEA ozikhethayo, futhi unikeze nomdwebo we-MEA). |
Umsebenzi wefuel cell MEA:
-Ukuhlukanisa ama-reactants: kuvimbela ukuthintana okuqondile phakathi kwe-hydrogen nomoya-mpilo.
-Ukuqhuba ama-proton: kuvumela ama-proton (H+) ukuthi adlule e-anode nge-membrane aye ku-cathode.
Ukusabela kwe-Catalyzing: Kuthuthukisa i-hydrogen oxidation ekunciphiseni kwe-anode kanye komoya-mpilo ku-cathode.
-Ukukhiqiza okwamanje: kukhiqiza ukugeleza kwe-electron ngokusebenzisa ukusabela kwe-electrochemical.
-Ukuphatha amanzi: kugcina ibhalansi yamanzi efanele ukuqinisekisa ukusabela okuqhubekayo.
I-VET Energy ithuthukise ngokuzimela ama-MEA asebenza kahle kakhulu, ngokusebenzisa ama-catalyst athuthukile nezinqubo zokukhiqiza ze-MEA, ingaba:
ukuminyana kwamanje:2400mA/cm2@0.6V.
ukuminyana kwamandla:1440mW/ cm2@0.6V.
Isakhiwo esikhulu sefuel cell MEA:
a) I-Proton Exchange Membrane (PEM): ulwelwesi olukhethekile lwe-polymer phakathi nendawo.
b) Izendlalelo ze-Catalyst: nhlangothi zombili zolwelwesi, ngokuvamile ezakhiwe ngama-catalysts ensimbi ayigugu.
c) Izendlalelo Zokusabalalisa Igesi (GDL): ezinhlangothini zangaphandle zezingqimba ze-catalyst, ngokuvamile ezenziwe ngezinto ze-fiber.