NOVELTY - Method of alternative energy powered electronic reader (102) having preloaded educational data involves converting solar energy (104) through photovoltaic cell into electrical current to utilize the solar energy of sun; storing the current in battery to provide power source to electronic reader; powering the reader through the battery to provide electronic content to user; storing the electronic content in solid state drive in the reader, where electronic content comprises educational lesson; and illuminating room, through light source coupled to the reader, to provide light to the user.    USE - As method of alternative energy powered electronic reader having preloaded educational data; as electronic reader apparatus; and in electronic educational system (claimed).    ADVANTAGE - The thin film of the photovoltaic cell comprises photosensitive dye to generate photoelectron to create the electrical current and to reduce cost of the conversion of the solar energy to the electrical current. The bioplastic has characteristic to absorb a humidity to reduce damage to electrical component of the electronic reader.    DETAILED DESCRIPTION - A method of alternative energy powered electronic reader (102) having preloaded educational data involves converting solar energy (104) through photovoltaic cell into electrical current to utilize the solar energy of sun; storing the current in battery to provide power source to electronic reader; powering the reader through the battery to provide electronic content to user; storing the electronic content in solid state drive in the reader, where electronic content comprises educational lesson; and illuminating room, through light source coupled to the reader, to provide light to the user. The method further involves storing educational lesson on the electronic reader; reducing writable storage capacity of the solid state drive of the electronic reader to reduce power consumption and heat generation of the solid state drive; providing the light through the light source, where the light source comprises light emitting diode to generate white light; using bioplastic to encase the electronic reader; displaying one of text, image, and video of the electronic content through liquid crystal display; reducing cost of display with organic light emitting diode; reducing cost of the electronic content to store on the electronic reader; converting mechanical energy, through dynamo, into electrical current; and preloading curriculum of student, where the curriculum comprises the educational content comprising educational lesson of a kindergarten study material through a twelfth grade study material. INDEPENDENT CLAIMS are included for the following:    (1) electronic reader apparatus comprising photovoltaic cell to convert solar energy into electrical current to utilize the solar energy of sun, battery to store the electrical current generated by the photovoltaic cell, electronic content to provide one of text, image, audio, and video to a user of the electronic reader, solid state drive to store the electronic content of the electronic reader, bioplastic case to encase the electronic reader, and display to display one of text, image and video of the electronic content, where the apparatus further comprises communication port; and    (2) electronic educational system comprising photovoltaic cell to convert solar energy into electrical current to utilize the solar energy of sun, battery to store the electrical current generated by the photovoltaic cell, electronic content to provide one of text, image, audio and video to a user of an electronic reader, solid state drive to store the electronic content of the electronic reader, display to display one of text, image and video of the electronic content, and hub device to transfer the electronic content of the hub device to the electronic reader, where the hub device is preconfigured to interact with the electronic reader and where the electronic reader is preconfigured to interact with the hub device.    DESCRIPTION OF DRAWING(S) - The figure shows diagrammatic process flow of usage of electronic reader.    Electronic reader (102)    Solar energy (104)    Display (106)    Thin protective layer (110)    Light source (116)