NOVELTY - The apparatus has a light collector having an optical axis, and propagating incident light received at an angular range different from another angular range into the light collector. Turning features are arranged on a side of the light collector opposite to microlenses and angled to reflect light received through the microlenses toward an illumination surface of the light collector arranged proximate to a side of a wedge-shaped light guide (100). A photovoltaic (PV) cell is arranged adjacent to a side of the light guide and to the illumination surface.    USE - Apparatus for use as a window of a building and skylight of a building (all claimed) to collect and concentrate solar radiation to provide electricity. Uses include but are not limited to residential and commercial properties, charging automobile batteries and navigation instruments, pumping water providing power to electronic device such as laptop, personal digital assistant (PDA), wrist watch, calculator, cell phone, camcorder, still and video camera, MPEG-1 audio layer-3 (MP3) player, wearable power generating clothing, shoe and accessories and aerospace and satellite applications.    ADVANTAGE - The apparatus efficiently collects solar light incident at various incident angles during day. The PV cells can be configured and removably attached to the hybrid light collecting structures depending on the design, so that the PV cells can be replaced periodically with new and efficient PV cells without replacing the apparatus, thus reducing maintenance cost of the apparatus and upgrading the PV cells in an efficient manner.    DETAILED DESCRIPTION - The turning features include prismatic features. INDEPENDENT CLAIMS are also included for the following:    (1) a method for manufacturing an apparatus    (2) a method for directing light toward a PV cell.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wedge shaped light guide used to collect light.    Surface normal direction (P)    Surface tangent direction (T)    Wedge-shaped light guide (100)    Sides of wedge-shaped light guide (101-103)    Light injected into or received in end of wedge shaped light guide (104)