NOVELTY - The apparatus has inner, middle and outer conical rotors (53-55), each rotatingly coupled at its apex to a vertical column fixed and coupled to a stationary horizontal base. Each rotor has an array of photovoltaic cells (216) positioned on a surface of the rotor, and array of magnets (117) positioned at a perimeter of the concentric base of the rotor. The rotation of each rotor converts the DC voltage at the respective arrays of magnets into AC voltage. A conical transparent array of optical concentrators (61) is positioned outside the other rotor to concentrate a light source to the cells.    USE - Solar power generation apparatus used in solar photoelectric generation system that fully uses 3D spin-effect to enable complete omni directional tracking of the Sun from horizon-to-horizon, as the Sun tracks across a curved azimuth regardless of the time of Solar year. Can be used in small power off-grid power systems that need DC only, e.g., computer laptops, mobile cellular phones, DC powered LED lighting, billboard advertising signs, road safety signs, roadway emergency call boxes, traffic signal systems, emergency lighting, security systems, mobile cellular base site back up power systems, communication systems for petrol stations, or used for large regional and national grid implementations that required AC generation, e.g., large building, large parcel of land, large commercial grid, large apartment building.    ADVANTAGE - Provides photovoltaic cells that generate electrical voltage from solar power during a continued spin state, in which independent and dynamic production of energy is enabled by each photovoltaic cell mounted on a spin 3D photovoltaic surface. Increases the minimum output of electrical power of any conventional photovoltaic structure by utilizing any available photovoltaic material without the need for modifying the material so specified in terms of design and manufacture form factors. Represents a revolution in the full utilization of 3D spin effect for the realization of electrical voltage production from the spinning Sun. Provides direct DC to AC conversion without the need for conventional voltage inversion, and provides heat dispersion using the essential spin of each layered cone that resides in multiple conical sections of the photovoltaic cells. Provides spin cells which are designed to be totally scalable from large macro sizes to the nano scale. Ensures that each spin sell can be a standalone electrical voltage generator or can be linked physically and logically to a multiple array of spin 3D photovoltaic generators in order to supply higher wattage to any associated electrical grid and storage device. Ensures less physical footprint for a given area compared to the flat array system. Ensures that the cone or other surface area is never half exposed to the Sun because of essential spin. Ensures that the glean has the same cover as the flat area because of the dynamic spin. Enables full optical peak collection angle while the flat array does not. Enables a cooling effect due to spin, while the flat array does not. Produces more wattage per square centimeter of surface area because of dramatically lowering heat. Ensures that the outer surfaces and inner photovoltaic surfaces of the photovoltaic cells produce an exponential increase in voltage without the need for increasing installed apparatus footprint. Produces AC current with very little loss, thus increasing electrical power output as a result of close tolerance spinning photovoltaic surfaces. Utilizes a simple yet effective electromagnetic transform to convert polarized magnetism and produces voltage due to a simple electro-mechanical switching process.    DETAILED DESCRIPTION - Each rotor rotates independently of the other rotors about a vertical axis. The concentric base of each rotor is proximate a respective one of the three concentric toroidal coils (135) housed in the stator provided on the base. Each photovoltaic cell converts light energy received from the light source into DC voltage. Each pair of magnets in the array is electrically coupled to, and receives DC voltage from a respective cell. The optical concentrator is provided in the form of Fresnel lens.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic block diagram showing the component parts of the spin 3D photovoltaic cone-rotor surface with multiple layered hierarchical-scaled photovoltaic cone-rotors.    Rotors (53-55)    Optical concentrators (61)    Magnets (117)    Concentric toroidal coils (135)    Photovoltaic cells (216)