The utility model discloses a wind -powered electricity generation blade heating ice -melt system based on graphite alkene adds hotting mask, heating ice -melt system includes that graphite alkene that draping needed the heating region on wind -powered electricity generation blade surface adds the hotting mask graphite alkene adds the hotting mask fringe region has a graphite alkene heating membrane electrode along blade span -wise or tangential draping, and graphite alkene heating membrane electrode surface corresponds to cover has graphite alkene to add the hotting mask, graphite alkene heating membrane electrode is connected with control system through the power cord. The utility model discloses add the hotting mask at the surperficial draping graphite alkene of wind -powered electricity generation blade, it designs with the connection structure that graphite alkene heats the membrane electrode to adopt graphite alkene to add the hotting mask, that has guaranteed that graphite alkene adds the hotting mask adds heat stability and reliability, adopt graphite alkene to add the design of hotting mask unilateral electrode simultaneously, the influence to the outside shape of blade has effectively been reduced, can not only effectively solve wind -powered electricity generation blade surface icing problem, realize the safe and high -efficiency operation of wind turbine generator system under cold climatic environment, but also has good process characteristic.