Wearable　solar　textiles　have　currently　emerged　as　excellent　candidates　for　potential　applications　in　next-generation　wearable　functional　clothing.　Here,　we　report　a　wearable　ultra-lightweight　polymer　solar　textile　based　on　transparent　electronic　fabrics　(e-fabrics).　The　transparent　e-fabrics　with　a　structure　of　polyester/Ag　nanowires/graphene　core-shell　have　been　used　as　anodes,　as　well　as　transparent　substrates,　for　solar　textiles.　The　anode　buffer　layer　and　the　bulk　heterojunction　layer　were　deposited　by　blade-coating　them　onto　the　e-fabrics.　The　fabricated　solar　textiles　show　a　power　conversion　efficiency　of　2.27%,　a　low　areal　density　of　5.0 mg/cm2,　good　endurance　against　mechanical　deformations,　and　high　compatibility　with　clothing.　These　results　indicate　that　these　novel　solar　textiles　hold　potential　applications　in　the　field　of　wearable　self-powered　portable　electronics.　©　2016　Elsevier　Ltd