An installation system for a plurality of panels, the system comprising: a plurality of panels (101, 103, 105, 201), each panel of the plurality of panels (101, 103, 105, 201) comprising: a frame (202, 803) encircling a perimeter of the panel; a first channel disposed along the frame (202, 803), the first channel being configured to affix the panel to a plurality of mounting points; a second channel disposed along a surface of the frame (202, 803); and a plurality of panel splices (109, 209, 809) operable to mechanically secure a pair of adjacent panels of the plurality of panels (101, 103, 105, 201) when a first portion of a panel splice (109, 209, 809) is affixed to a frame of a first panel of the two adjacent panels and a second portion of the panel splice (109, 209, 809) is affixed to a frame of the second panel of the two adjacent panels; a plurality of spacer components, wherein a pair of spacer components of the plurality of spacer components is configured to be physically disposed between a pair of opposite, parallel, edges of the frames corresponding to a pair of adjacent panels; and a spacer channel disposed in each spacer component of the plurality of spacer components, the spacer channel being configured to align with the second channels of the pair of adjacent panels and to bridge a width of the spacer component between the second channels, the spacer channel sized to slidably receive the panel splice (109, 209, 809), the spacer channel having the panel splice (109, 209, 809) positioned therein having the panel splice (109, 209, 809) extending into the second channel of a first panel of the pair of adjacent panels and the second channel of a second panel of the pair of adjacent panels having the spacer component positioned between the first and second panels; wherein a panel splice (109, 209, 809) is further operable to traverse an entire length of a side of a frame of a panel along a second channel of the panel for alignment thereof. a plurality of panels (101, 103, 105, 201), each panel of the plurality of panels (101, 103, 105, 201) comprising: a frame (202, 803) encircling a perimeter of the panel; a first channel disposed along the frame (202, 803), the first channel being configured to affix the panel to a plurality of mounting points; a second channel disposed along a surface of the frame (202, 803); and a plurality of panel splices (109, 209, 809) operable to mechanically secure a pair of adjacent panels of the plurality of panels (101, 103, 105, 201) when a first portion of a panel splice (109, 209, 809) is affixed to a frame of a first panel of the two adjacent panels and a second portion of the panel splice (109, 209, 809) is affixed to a frame of the second panel of the two adjacent panels; a frame (202, 803) encircling a perimeter of the panel; a first channel disposed along the frame (202, 803), the first channel being configured to affix the panel to a plurality of mounting points; a second channel disposed along a surface of the frame (202, 803); and a plurality of panel splices (109, 209, 809) operable to mechanically secure a pair of adjacent panels of the plurality of panels (101, 103, 105, 201) when a first portion of a panel splice (109, 209, 809) is affixed to a frame of a first panel of the two adjacent panels and a second portion of the panel splice (109, 209, 809) is affixed to a frame of the second panel of the two adjacent panels; a plurality of spacer components, wherein a pair of spacer components of the plurality of spacer components is configured to be physically disposed between a pair of opposite, parallel, edges of the frames corresponding to a pair of adjacent panels; and a spacer channel disposed in each spacer component of the plurality of spacer components, the spacer channel being configured to align with the second channels of the pair of adjacent panels and to bridge a width of the spacer component between the second channels, the spacer channel sized to slidably receive the panel splice (109, 209, 809), the spacer channel having the panel splice (109, 209, 809) positioned therein having the panel splice (109, 209, 809) extending into the second channel of a first panel of the pair of adjacent panels and the second channel of a second panel of the pair of adjacent panels having the spacer component positioned between the first and second panels; wherein a panel splice (109, 209, 809) is further operable to traverse an entire length of a side of a frame of a panel along a second channel of the panel for alignment thereof.