In this report, we find multilayered graphene, which has good transparency, conductivity and suitable work function, can be used as the anode for the organic light emitting device. Our device structure is Al/glass/multilayered $\text{graphene}/{\text{V}}_2{\text{O}}_5/\text{NPB}/\text{CBP}:{\left(\text{ppy}\right)}_2\text{Ir}\left(\text{acac}\right)/\text{Bphen}/\text{Bphen}:{\text{Cs}}_2{\text{CO}}_3/\text{Sm}/\text{Au}$ . The maximum luminance efficiency and maximum power efficiency reach 0.75 cd/A and 0.38 lm/W, respectively. We believe that by optimizing the hole density and uniforming the thickness of the multilayered graphene anode, the device efficiency can be remarkably increased in the future.