NOVELTY - The penetrated ground mount solar racking system (100) has U-shaped channels (120) attached to C-shaped channels (110) forming I-beam supports (122). The ground screws (130) are attached to I-beam supports and inserted into penetrable surface (PS). The photovoltaic modules (140) are removably attached to I-beam supports. An adjustable support bracket has I-beam support clamp, fastener and washer and is disposed on top (132) of ground screws. A photovoltaic module bracket has I-beam, solar slider, slider clamp portion and fastener. The C-shaped channels are made of light gauge galvanized metal.    USE - Penetrated ground mount solar racking system for supporting photovoltaic modules installed on uneven ground surface.    ADVANTAGE - Allows for all photovoltaic module types to be supported at multiple standard test conditions (STC) locations required for installation since photovoltaic module bracket utilizes non-penetrating clamping technique that allows the universal module bracket to be secured at any point along the length of I-beam supports. Reduces material required and structural cost for I-beam supports by distributing the point load reactions from the photovoltaic modules. Eliminates field hardware required to fasten the photovoltaic module bracket to purlin since slider clamp portion is fabricated with press nut. Reduces time of installation since photovoltaic module bracket includes half-inch tab centered on the piece to allow for automatic spacing of the photovoltaic modules. Ensures assembly of the components is relatively fast and easy with all fastening requirements being performed on the top of system without having installer to position themselves awkwardly.    DESCRIPTION OF DRAWING(S) - The drawing shows a top perspective view of the penetrated ground mount solar racking system.    Penetrated ground mount solar racking system (100)    C-shaped channels (110)    U-shaped channels (120)    I-beam supports (122)    Ground screws (130)    Top (132)    Photovoltaic modules (140)    Penetrable surface (PS)