Name : [in Japanese]
Location : [in Japanese]
Date : January 17, 2018 - January 18, 2018
Pages 9-10
The power output characteristics of the press-type DCFC were studied. By pressing the perforated anode on the carbon/carbonate-packed bed, the carbon particles remained in contact with the anode, while the gas products was released through the perforation. As a result, with increasing the carbon load, the power output in the press-type DCFC increased, whereas continuous discharge was terminated at the carbon content of 5.0 wt% at high current density. This was because the resistance of ion diffusion in the packed bed increased due to gas bubbles formed during discharge
