A hybridizing nanogenerators (PSNGS) based on a piezoelectric and triboelectric hybrid nanogenerator (PTNG) was fabricated. Also, a viable inner connections and universal outlet connectors for the system. The power management elements and the PTNG were integrated on a flexible substrate. This self-powered integrated nanoenergy system was also packaged using biocompatible polymers PDMS to produce a waterproof and implantable PSNGS. The PTNG was fabricated based on the contact-separation working mode, whereas the contact layer was a BaTiO 3 @PDMS film. With decrease in the external force, the aluminum foil and the BaTiO 3 @PDMS film were departed with each other. The electric potential difference between the two electrodes caused the electrons to transfer from Au electrode to aluminum foil in the external load. When the BaTiO 3 @PDMS film was bent and contacted with the aluminum foil, the piezoelectric potential generated and influenced the triboelectric charges again. In this periodic process of contact and separation, electrons were driven back and forth between the two electrodes.