An electric awning structure comprising: a supporting structure, a plurality of louvers, a plurality of louver securing members, and a plurality of driving plates; wherein: the supporting structure has a plurality of standing columns, and at least four crossbeams forming a frame mounted above the plurality of standing columns, the supporting structure comprising at least one power storage device and a control device; an upper end and lower end of each louver securing member respectively having a through hole and an insertion hole; the through holes of the plurality of louver securing members are connected to the driving plates, and each driving plate is connected to a driving member; at least one solar panel is installed on one of the at least four crossbeams, said at least one solar panel is electrically connected to said at least one power storage device which is connected to said control device, and the control device is connected to a pulling device; the pulling device is mounted on said one of the at least four crossbeams and having a pull bar, the pull bar is connected to the driving member, and the control device controls movement of the pull bar to drive the driving plates to close or open the louvers characterized in that each of two facing sides of two of the at least four crossbeams respectively have a plurality of locking members, two ends of each louver respectively having at least two securing apertures, a front end and rear end of each louver securing member respectively having a through aperture; a respective screw passes through each through aperture of the louver securing member to lock the louver securing member with the securing aperture of the louver; the insertion hole of each louver securing member accepting a respective locking member of said two of the at least four crossbeams, a plurality of screwing members engaging with the locking member to assemble each louver between said two of the at least four crossbeams; and the at least one solar panel is installed on said one of the at least four crossbeams via a bracket. the supporting structure has a plurality of standing columns, and at least four crossbeams forming a frame mounted above the plurality of standing columns, the supporting structure comprising at least one power storage device and a control device; an upper end and lower end of each louver securing member respectively having a through hole and an insertion hole; the through holes of the plurality of louver securing members are connected to the driving plates, and each driving plate is connected to a driving member; at least one solar panel is installed on one of the at least four crossbeams, said at least one solar panel is electrically connected to said at least one power storage device which is connected to said control device, and the control device is connected to a pulling device; the pulling device is mounted on said one of the at least four crossbeams and having a pull bar, the pull bar is connected to the driving member, and the control device controls movement of the pull bar to drive the driving plates to close or open the louvers characterized in that each of two facing sides of two of the at least four crossbeams respectively have a plurality of locking members, two ends of each louver respectively having at least two securing apertures, a front end and rear end of each louver securing member respectively having a through aperture; a respective screw passes through each through aperture of the louver securing member to lock the louver securing member with the securing aperture of the louver; the insertion hole of each louver securing member accepting a respective locking member of said two of the at least four crossbeams, a plurality of screwing members engaging with the locking member to assemble each louver between said two of the at least four crossbeams; and the at least one solar panel is installed on said one of the at least four crossbeams via a bracket.