air outlet 226 and water inlet 227 of each plate 22 b after electrolytic solution 25 is added to the water storage tank 4 through the fluid supply opening 44 it will then circulate within this set up via each water flow tank outlet opening 42 fig6 each cell plate water inlet opening 227 fig5 and between the plate water flow openings 222 and the air water flow openings 233 of the insulating partitions until once more pumped out to the water cooling tank 31 by lift pump 34 the gaseous hydrogen oxygen 26 generated by electrolysis in cell s 2 will be outputted via part of the air water flow opening 233 of each insulating partition by the air flow opening 223 of each plate 22 by the air outlet 226 of each bipolar plate 22 b by air flow opening s 41 and by gas air output opening 43 of the water storage tank 4 on one side of water storage tank 4 adjacent to air flow opening 41 there is a cooling water opening 45 that is connected to the terminal outlet pipeline of the above described water cooling tank 31 the cooling water entering at opening 45 assists in the temperature control of the water storage tank 4 on the upper corner of the water storage tank 4 is a gas collecting chamber 46 that is used to collect the mixed hydrogen oxygen gas produced by the cell s 2 inside the chamber there are multiple layers of drip plates 47 each with a specified inclination angle the upper and lower layers of the water drip plates 47 are required to be anchored at different angles on the corresponding sides inside the water storage tank.