| 摘要 |
The present invention provides a fuel supply control system for fuel cell systems and the fuel supply control methodology thereof, comprising an anode reactant tank having water level sensors at an equidistant scale, wherein water level sensors at an equidistant scale are divided into 20 sensation levels, with the 0 level located at the bottom of the anode reactant tank and the 19<SUP>th </SUP>level located at the 5% location below the top of the anode reactant tank. In addition, the present invention also comprises a micro-processing control circuit, which is used to analyze the electronic signals transmitted back from the water level sensors at an equidistant scale. As the electronic signals indicate the concentration level inside the anode reactant tank, through the analysis of the concentration level, it is to determine whether fuel supply needs to be increased or terminated. Through another circuit of electronic signals, it is to control the switch of a control valve, which is a feeding mechanism that controls the fuel tank and the anode reactant tank.
|
