NOVELTY - The device i.e. wind driven electric power generation system (100), has a slot-less winding portion including windings that encompass a core, and an integrated fan rotor portion containing a rim that is formed on outer diameter of integrated fan blades (130). A set of magnetic elements i.e. permanent magnets, is attached to the rim, where the slot-less winding portion is fixed to a tubular housing (110) carrying fluid e.g. oceanographic water. The fan rotor portion is rotatably moved relative to the slot-less winding portion as the fluid passes through the housing and a fan rotor.    USE - Fixed and mobile fluid driven electric power output device i.e. wind driven electric power generation system, for use on a top of a pole and tower, a rooftop and a beam for generating electrical power from wind, vehicle-induced airflow, flowing water in a stream or river, flowing water through water utility lines and ocean flow near coastlines for a load e.g. battery and appliance, in front of a mobile vehicle e.g. electrical vehicle or hybrid vehicle, tractor lorry, water vessel, train and aircraft, at front of a marine vessel, in a stream, in a river, under an ocean surface along a coastline, within a water distribution system, mounted above ground on a pole to capture wind, mounted on a building to capture wind and in a water distribution system (all claimed), transferring power into an electrical power grid and for providing power to electrical components in a street light for a static application e.g. residential application and commercial building application associated with public and private water utilities, and a mobile application e.g. automotive application, marine application, air application and commercial/industrial freight application or human transportation system application. Can also be used for a hydroelectric power generation system, thermal power generation system, nuclear power generation system, solar power generation system and a bio-fuel power generation system.    ADVANTAGE - The device can be compact and easy to mount. The device can be designed for harsh climates, built simply and ruggedly to quietly last. The device design can incorporate cowling as an air intake and internal helical vanes to help direct the amount of air flow into a chamber to capture more wind and produce energy in low wind speeds to efficient power generation utilizing renewable energy. The device has scalable size to meet delivery requirements. The device includes an internal thermostatically controlled heating device to prevent freezing of the unit's moving parts during winter or colder climates. The device creates pressure effect between and over the generator and a mounting assembly to maximize affect of the available wind. The device includes an enclosure that can be made of tough light weight metal or composite to withstand harsh environments, while meeting the highest of standards. The device eliminates unnecessary vibrations, increases stall torque and decreases manufacturing costs. The device includes vanes directing and increasing spiral rotation and velocity of the fluid, thus spinning the fan blades in an efficient manner, and hence increasing rotational efficiency of the generator used for optimal power output.    DETAILED DESCRIPTION - The core is selected from a group consisting of a low loss core, eddy current reducing material core and a laminated core. The core is made of eddy current reducing material i.e. ferrous material. The rim comprises magnetic flux conducting material.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic block diagram of a wind driven electric power generation system.    Wind driven electric power generation system (100)    Tubular housing (110)    Fan blades (130)    Electrical alternator (140)    Cone (150)