NOVELTY - The array has solar energy receivers (100) that are arranged in specific array. A protective housing includes several sides that form an opening. The solar energy receivers are arranged in the specific array is lowered into the opening within the protective housing to protect the arranged solar energy receivers from external winds.    USE - Solar energy receiver array mounted on roof of housing unit, for providing alternating current (AC) or direct current (DC) to power personal electronic device such as personal computer, personal data assistant (PDA) and other personal consumer electronic product, and electric vehicle such as electric bicycle.    ADVANTAGE - The focal area or reception surface can be located at the central portion of the primary parabolic reflector, permits the conversion module to transfer excess heat produced by the incident radiation within the heat dissipating qualities of the material used for the primary parabolic reflector. Thus, the efficiency of a concentrating solar energy receiver can be maximized. The conversion module can be located at the center portion of the primary reflector. The center of gravity of the entire concentrating solar energy receiver can be more closely positioned to the supporting structure of the primary parabolic reflector. Thus, the largest single unit of the concentrating solar energy receiver combines with the conversion module permits smaller and more efficient structures for moving and positioning the assembly to the direction of the sun. Since massive components are located together, the center of gravity can be positioned. Thus, the control system is maximized, the size of the actuating units and motors is minimized, and performance is increased with the reduced cost of the assemblies. The solar sensor can be positioned at the near focal area and perpendicular to the focal axis. The primary parabolic reflector cannot accumulate atmospheric precipitation thus damage to the reflector or reduction in operating efficiency of the concentrating solar energy receiver can be avoided. The solar radiation can be received at locations above the earth's atmosphere where wavelengths above and below the visible spectrum of solar radiation are unaffected by absorption or other attenuation of intensities. The single solar energy receiver can contain the full complement of devices to track the sun to optimize the reception and magnification of the sun's energy onto the concentrated photovoltaic (CPV) cell to enable conversion of the sun's energy into electricity and other derivative energy for the powering of devices external to the solar energy receiver. The solar energy receivers can be protected, and energy collection and distribution characteristics can be improved. The secondary reflector can be mounted on a heat sink structure thus improve the dissipation of heat. The controller can detects changes of relative light intensity of different light sensors when the drive motors and positioning mechanism move the solar energy receiver, thus can improve tracking accuracy. The array module of parabolic solar energy receivers can generate electricity thus protects the array from environmental conditions.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the solar energy receiver.    Solar energy receiver (100)    Primary parabolic reflector (102)    Incident rays (104)    Focal point (106)    Primary parabolic reflector (112)