Graphene was printed on cotton fabric as electrodes in a 4 cm by 4 cm pattern using a manual screen printer with a 63T mesh. After printing, it was dried in an 80 °C in a furnace for 10 minutes. Copper wires were then attached to the electrodes using silver paste. To make different concentrations of 2 g/L, 1 g/L, 0.5 g/L, and 0.1 g/L, the MoS2 mixture was mixed with deionized water and stirred for two hours under ambient conditions. A PVA gel was prepared by dissolving in DI water with a concentration of 100g/L. The dispersion underwent thorough stirring for 30 minutes at ambient temperature, after which the temperature was elevated to 80-90 °C until it reached a clear solution. Then MoS2+PVA gel was prepared with a 1:1 ratio and stirring with 500 rpm for three hours under 80 °C. On one textile-based graphene printed electrode, 2ml of MoS2+PVA gel composite was drop casted and dispersed over of the graphene, which was then dried for an hour in an ambient atmosphere before being covered with Kapton tape. Insulator-coating materials were printed over the other textile-based graphene electrode, acting as both an encapsulation and a triboelectric layer. Both sides of the T-TENGs were then joined using a sponge as a spacer and double-sided adhesive tape.