NOVELTY - A direct methanol fuel cell of sol-gel flow phase has a cell housing connected with a cathode via soldering points, cathode output terminal, air chamber, anode, and a gel flow phase chamber. The housing has a feeding hole at the gel flow phase chamber, air flow hole at air chamber, a water discharge hole at bottom portion of air flow chamber, and carbon dioxide discharge hole. The gel flow phase contains (in wt.%) methanol (3-30), sulfuric acid (10-30), water (50-80), conductive polymer and/or conductive nano powder (1-6), and metal organic compound or metal salt (5-30).    USE - Direct methanol fuel cell of sol gel flow phase.    ADVANTAGE - The direct methanol fuel cell of sol gel flow phase is economical, and has excellent performance and leakage resistance. The gel flow phase has high proton conductivity and electron conductivity.    DETAILED DESCRIPTION - A direct methanol fuel cell of sol-gel flow phase has a cell housing connected with a cathode via soldering points, cathode output terminal, air chamber provided between cathode and housing, anode, and a gel flow phase chamber provided between cathode and anode. The anode and cell housing are connected via the soldering points as anode output terminal. The housing has a feeding hole at the gel flow phase chamber, air flow hole at air chamber, a water discharge hole at bottom portion of air flow chamber, and carbon dioxide discharge hole at the middle portion. The gel flow phase contains (in wt.%) methanol (3-30), sulfuric acid (10-30), water (50-80), conductive polymer and/or conductive nano powder (1-6), and metal organic compound or metal salt (5-30). Sulfuric acid and water are added to metal organic compound or metal salt as precursors and methanol as dispersing medium. Hydrolysis and polycondensation are carried out to form gel. The polymer and/or conductive nano powder are further doped to prepare the gel flow phase. The metal organic compound is polymethoxysiloxane, and metal salt is sodium silicate.