NOVELTY - A photovoltaic device comprises at least one two-sided solar cell (200) that is further comprised such that each two-sided solar cell is formed from two individual solar cells (100) situated with photo-active faces set in opposite directions and separated by flat electrical insulator (103). The two-sided solar cells are electrically interconnected together in series, parallel or separately to other devices. The insulator extended from dimensions of cells to form armature that separates cell configuration from mounting surface and connected by unit to mounting surface.    USE - As photovoltaic device (claimed) useful as standalone energy device for battery recharging or charging of electronic devices.    ADVANTAGE - Additional electricity is generated from the same space already occupied by a single-sided solar cell. The solar cells are electrically wired in series or in parallel to provide different levels of volts or amps and then further electrically connected to other two-sided solar cells that may be further combined into different electrical profiles. Use of an electrical insulator to separate two solar cells physically and electrically but to also act as a structural aid, thus providing unit by which each two-sided solar cell is positioned, mounted, suspended or controlled to provide for new solar panel design alternatives.    DETAILED DESCRIPTION - A photovoltaic device comprises at least one two-sided solar cell (200) that is further comprised such that each two-sided solar cell is formed from two individual solar cells (100) situated with photo-active faces set in opposite directions and separated by a flat electrical insulator (103). Each solar cell is covered by clear and rigid material. The covered solar cells are further bound together by at least one unit. The solar cells are electrically interconnected together in series, parallel or electrically interconnected separately to other devices. The electrical insulator is structural support to each solar cell pair; and extended from dimensions of solar cells to form an armature that separates two-sided solar cell configuration from mounting surface and that then may be connected by any unit to the mounting surface.    DESCRIPTION OF DRAWING(S) - The figure shows an isometric and exploded view of two opposing solar cells separated by electrical insulator.    Solar cell (100)    p-Type material (101)    n-Type material (102)    Electrical insulator (103)    Two-sided solar cell (200)    Light source (900)    Light waves (901)