Solar array

A method of increasing electricity output in a solar array in a given area, the method comprising:

• receiving, by an angled reflector arranged directly on a mounting surface that extends along a first direction, a light from a second direction that is substantially perpendicular to the first direction;
• and
• reflecting, by the angled reflector, the light into a solar cell arranged directly on the mounting surface and adjacent to the angled reflector in the first direction, wherein the angled reflector comprises a lens in a wedge shape having:
• an entrance side configured to receive the light, the entrance side extending along the first direction and comprising a plurality of substantially rounded shapes,
• a bottom side extending along the second direction and substantially parallel to a collection side of the solar cell that extends out from the mounting surface in the second direction, and
• a reflector side configured to reflect the light through the bottom side and into the collection side of the solar cell, the reflector side extending along the second direction at a first angle from the bottom side and comprising a plurality of flat surfaces substantially parallel to bottom side connected by a plurality of elevation surfaces at a second angle from the plurality of flat surfaces.