NOVELTY - The tile has a parabolic shaped concentrator for redirecting incident solar radiation toward a photovoltaic material such that photovoltaic material experiences a greater solar flux relative to a case in which the photovoltaic material experiences unaltered solar radiation. Structures include characteristic dimensions between approximately 1 micrometer and 100 micrometer that are placed on a surface in thermal communication with one of the photovoltaic material and the concentrator that is provided with a reflector (2304) and a KAPTON Polyimide substrate (2312).    USE - Efficient space-based solar power generation tile.    ADVANTAGE - The concentrator can reduce amount of photovoltaic material for given desired power generation value and can correspondingly reduce amount of implemented radiation shielding. The tile utilizes lightweight space structures in the construction of the power generation tiles and satellite modules and can incorporate movable elements that allow the lightweight space structure to be compacted prior to deployment to reduce area or dimensional length, height and width of the power generation tiles and satellite modules prior to deployment. The tile pre-stresses and provides structures with supportive frameworks to reduce out-of-plane macro-and micro-deformation of the lightweight structures. The concentrator can reduce amount of photovoltaic material required for target power generation value, so that amount of photovoltaic cell surface area is reduced by relatively less massive concentrators. The tile can enhance collection of solar radiation or transmission of power from the power generation tiles and satellite modules. The concentrator allows light-collecting structures to enhance efficiency of solar radiation collection to the photovoltaic cell and radiation shielding to protect the photovoltaic cells, power transmitters and control electronics from space radiation. The tile eliminates external intra-and inter-power generation tile infrastructure for the solar power station, thus reducing power generated per weight unit. The tile achieves higher levels of control abstraction to facilitate simpler programming for many operations of the phased array by propagating a central reference signal from the reference signal.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view illustrating a constitution of a venetian blinds configuration.    Reflectors (2304)    Reflective surface (2305)    KAPTON polyimide layer (2307)    Carbon springs (2309)    KAPTON Polyimide substrate (2312)