| With the advancement of technology, the development perspective of hydrogen generation technology for SPE water electrolysis is more and more expansive. For improving the performance of electrolysis, reducing energy consumption electrolysis, the research of new current collector with high catalysis activation has important signification.In this paper, as the main effect factors for SPE the physical parameters, such as the porosity, pore size and thickness of Ti-based porous plate, were studied. The preparation technics and electrolysis capability of various catalyst coats in different character cathode and anode current collector by thermal decomposition method were researched. The above factors effect on structure, modality and electrolytic properties of catalyst coats was analyzed, and the electrical activity and stability of Ti-based porous plate current collectors was found out by 900 hours life test.The results showed that: PM SPE as a porous titanium electrolysis of water- hydrogen electrolyzer electrical technology is feasible, prepared by the thermal decomposition of the Ru-Ti cathode-coated electrical and IrO2-SnO2-coated electrical appliances in the anode Current of 100 A, water temperature of 60℃under 900hours life assessment, the initial voltage of 2.06 V, the termination voltage of 2.10V, for the recession law 44.5μV / h. The cathode-electrical appliances in the catalytic coating Ru content of 10 per cent, electrical anode set in the Ir catalytic coating for the content of 16 per cent, Sn content of 2 percent.Through the pilot study showed that the preparation of electrical appliances can be set in porous titanium plate on a certain thickness of the porous catalyst layer, the anode-Electric have sufficient corrosion resistance, the ability of anti-passive, cathode-electrical capacity of anti-hydrogen embrittlement; And the preparation of the coating has good stability, can effectively reduce the power consumption is bound to have broad application prospects.
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