NOVELTY - An adaptive full spectrum solar energy system, comprises hybrid solar concentrator(s); hybrid luminaire(s); hybrid photobioreactor(s); light distribution system; and a control. The hybrid solar concentrator has a rotating assembly having a primary mirror and a secondary optical element that produces and reflects full spectrum solar radiation, respectively; and optical fiber(s).    USE - Useful for capturing incident solar radiation and using different portions of the solar spectrum for different real-time end-use purposes in buildings, i.e. lighting and electricity generation.    ADVANTAGE - The inventive adaptive full spectrum solar energy system improves the total end-use power displacement efficiency of solar energy by integrating solar technologies into multi-use hybrid systems that better utilize the entire solar energy spectrum.    DETAILED DESCRIPTION - An adaptive full spectrum solar energy system, comprises hybrid solar concentrator(s) (10); hybrid luminaire(s) (12); hybrid photobioreactor(s) (11); a light distribution system connected to each of the hybrid solar connector, the hybrid luminaire and the hybrid photobioreactor; and a mechanism for controlling the hybrid solar concentrator, the hybrid luminaire and/or the light distribution system. The hybrid solar concentrator comprises a fixed base, a rotating assembly, and a rotational tracking mechanism connecting the fixed base to the rotating assembly. The rotating assembly comprises a primary mirror for producing reflected full spectrum solar radiation, a secondary optical element supported in position for receiving the reflected full spectrum solar radiation, a concentric fiber mount assembly mounted to the rotating assembly, and optical fiber(s) extending from the concentric fiber mount assembly to the light distribution system (13).    DESCRIPTION OF DRAWING(S) - The figure shows the major components of the adaptive, full spectrum solar energy system.    Hybrid solar concentrator (10)    Hybrid photobioreactor (11)    Hybrid luminaire (12)    Light distribution system (13)