Fuel cell anode circulation path, control method, fuel cell system, and storage medium

Abstract

The invention discloses a fuel cell anode circulation path which comprises a first controller, a second controller, a hydrogen circulation pump, an ejector connected with the hydrogen circulation pump, a hydrogen heat exchanger and a heat exchanger valve connected with the hydrogen heat exchanger. The first controller is set to adjust the opening degree of the heat exchanger valve according to the obtained first data information, and the second controller is set to adjust the rotating speed of the hydrogen circulating pump according to the obtained second data information. According to the fuel cell anode circulation path disclosed by the invention, the hydrogen heat exchanger is additionally arranged, and the adjustable valve is additionally arranged in the hot fluid pipeline, so that heat for preheating new hydrogen can be controlled, and the temperature value of the new hydrogen is controlled; by adjusting the valve opening degree of the heat exchanger and the rotating speed value of the hydrogen circulating pump, the ideal hydrogen entering temperature under different powers is achieved, the control accuracy of the hydrogen temperature of the fuel cell is improved, the proper humidity of the galvanic pile under different current densities is achieved, and therefore the performance and durability of the galvanic pile are improved. The invention also discloses a control method of the fuel cell anode circulation path, a fuel cell system and a computer readable storage medium.