METHOD FOR CONTROLLING INTELLIGENT HEALTH MANAGEMENT OF FUEL CELL

Provided in the present invention is a method for controlling intelligent health management of a fuel cell. The method comprises: taking, as control target values of a fuel cell, a current, a temperature, a hydrogen emission, an oxygen emission, a hydrogen reflux quantity, a hydrogen-side pressure and an oxygen-side pressure, which correspond to each of a calculated value of the total voltage of a fuel cell stack, a calculated value of a single-cell voltage mean square deviation of the fuel cell stack, a calculated value of a single-cell voltage change rate of the fuel cell stack and a calculated value of a single-cell voltage minimum amplitude of the fuel cell stack, or correspond to each of an optimized value of the total voltage of the fuel cell tack, an optimized value of the single-cell voltage mean square deviation of the fuel cell stack, an optimized value of the single-cell voltage change rate of the fuel cell stack and an optimized value of the single-cell voltage minimum amplitude of the fuel cell stack, and thus a membrane electrode is always in a "water balance" state, thereby improving the performance of cells, reducing the occurrence of cell faults, and improving the self-adaptability, reliability and stability of a fuel cell system.