NOVELTY - The system has an energy harvester (100) including a field shaper (140) with a characteristic dimension. A charge source (120) introduces charged particles (102) into a fluid stream, where the charge source and field shaper generate electric field that charges the particles to polarity. A supporting unit supports a component of the energy harvester at distance (202) from an electrical ground, where the distance is eight times the characteristic dimension of the shaper. The shaper generates electric field with a direction that promotes particle movement with the fluid stream.    USE - Electro hydro dynamic (EHD) system for providing EHD energy conversion to extracted electrical energy from kinetic energy of flowing fluid i.e. wind stream.    ADVANTAGE - The system facilitates continuous energy extraction from the wind by changing magnitude of the system field near the energy harvester to accommodate for system parameter changes by controlling the distance between the energy harvester and electrical ground, and allows the distance to be adjusted to achieve the desired wind speed, wind direction and rest/equilibrium position such that the distance is increased until a cessation condition is met when the measured parameter falls within the parameter threshold, and the distance is incrementally increased until the desired power output is achieved, thus increasing the power output through system and reducing shorting and increasing ground current.    DETAILED DESCRIPTION - The characteristic dimension is a largest physical dimension of the field shaper, and the supporting unit is a telescoping pole. An INDEPENDENT CLAIM is also included for an energy harvesting system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an EHD system for providing EHD energy conversion to extracted electrical energy from kinetic energy of flowing fluid.    Energy harvester (100)    Charged particles (102)    Charge source (120)    Field shaper (140)    Distance from electrical ground (202)