Spherical silver-incorporated conductive polypyrrole (PPy) composite is successfully prepared via oxidative polymerization of pyrrole in an aqueous Ag+-containing solution in the presence of trisodium citrate. Citrate produces stable and charged micelles, thus tailoring the facial polymerization of the pyrrole. Monodispersed submicron spheres of silver/PPy composite are obtained by maintaining the molar ratio of citrate anion to silver cation at 3:1. Highly dispersed metallic Ag is uniformly incorporated in the PPy matrix, thus increasing the charge transfer ability of PPy materials. The as-prepared Ag/PPy material exhibits ideal capacitive behavior and has excellent cyclic stability. Charge-discharge measurements demonstrate a maximum specific capacitance of 315.8 F g(-1) for the Ag/PPy electrode, which is much higher than that of a pure PPy electrode (153.2 F g(-1)). A high specific energy density of 43.9 Wh kg(-1) can be achieved at 50 W Kg(-1) for PPy in the Ag/PPy electrode, and 30 Wh kg(-1) remains at 500 W Kg(-1). The facially synthesized Ag/PPy composite possesses promising properties for use as an electrode material for supercapacitors. (C) 2016 Published by Elsevier Ltd.