The invention relates to the field of electrochemistry, and more particularly to a dual chamber pseudo-capacitor for fuel addition and a method for producing the same. The dual chamber pseudo-capacitor comprises a positive electrode chamber, a negative electrode chamber and an anion exchange membrane. The positive and negative electrode chambers are separated by the anion exchange membrane. The positive and negative electrode chambers are respectively provided with electrodes therein containing conductive polymers. The positive and negative electrode chambers are filled with a mineral acid solution. Oxidizing fuel is added into the positive electrode chamber, and reductive fuel is added to the negative electrode chamber. During preparation, the conductive polymer obtained by cyclic voltammetry electrodeposition is used as an electrode and the anion exchange membrane as a separator, and the oxidizing fuel and reducing fuel are added into the mineral acid of the positive and negative electrode chambers, respectively. According to the invention, by the use of the doping property of the conductive polymer and the characteristic that the redox state of the conductive polymer can be regulated, a fuel cell is combined with a traditional single chamber pseudo-capacitor to obtain the dual chamber pseudo-capacitor, and the problems of low energy density and discharge efficiency of the traditional single-chamber pseudo-capacitor are solved.