Surface Process System Of Super Capacitor Electrode

Super capacitor, also known as electrochemical capacitors, Fala capacitors, is in the last century seven, eighty years developed through the polarization of the electrolyte to energy storage of an electrochemical element. The super capacitor is mainly depended on the double electric layer and the electric energy storage. But in the process of energy storage, there is no chemical reaction, and the process is reversible. Therefore, the number of super capacitor charging up to hundreds of thousands of times. The basic principle is to obtain the super large capacity by using the double layer structure of the electrolyte and the active carbon porous electrode.In the preparation of the super capacitor, the quality of the super capacitor and the cost of the production of the active carbon porous electrode. In the past, the electrode surface treatment process, the use of spraying method and the artificial arc circuit discharge method to produce carbon capacitor embedded in the surface of the aluminum foil electrode. However, the first method of carbon particles and aluminum foil adsorption performance is low, the impact of capacitor charging and discharging performance, second methods of high human cost, greatly reducing the production and application of super capacitor.Therefore, based on the consideration of the yield and the efficiency of the super capacitor. In this paper, the SCM circuit, configuration software and mechanical firmware with a set of controllable carbon electrode preparation system. The main principle is will electrode substrate foil placed in the uniform rotation of the rotating shaft, the SCM is used to control the motor speed and information collection, with a buck circuit of the power supply system, using the principle of the arc discharge,carbon carbon particles are embedded in aluminum foil, as active electrode of super capacitor. And the configuration software is used to write the human-computer interaction interface to realize the convenience of human-computer interaction.