The Effect of Temperature in the Hydrolysis Reactor on the Production of Electric Energy in the Fuel Cell-Boron Combined System

The effect of temperature in the hydrolysis reactor on the production of electric energy in the fuel cellboron combined system has been analyzed. Experiments at three different temperatures were carried out by keeping NaBH4, C6H8O7 used as catalyst, and pure water loading constant. Based on the 30-minute process, when the temperature was increased from 40 oC to 60 oC, the average voltage increased by 4.9%. When it is increased to 80 o C, it is an increase of 5.1%. Increase in temperature from 40 oC to 60 oC has no effect on the electricity generation period. However, when the temperature is increased from 60 oC to 80 oC, it is seen that the electricity production period has reached 45 minutes. It is recommended that the hydrolysis temperature is not lower than 80 oC.