A
direct current brushless
electric machine is described that comprises a sequence of permanent magnets where the N and S
magnetic poles being alternately arranged adjacent to each other, each exerting a
magnetic field; phase coils are composed of a group of conductors, each conductor being laid essentially in parallel with each other, each coil being displaced by a full range of a single magnetic pole of the permanent
magnet, such that each phase coil is alternately disposed adjacent to each other; and
magnetic field or every other coil is in the same orientation to form an armature positioned opposite to the permanent
magnet movable with respect to the armature with a predetermined amount of air gap provided between the phase coils and the permanent magnets. The
electric machine operates as a generator when the power is flowing from a
prime mover, such as the
turbine blade extracting energy from the wind or water. The
electric machine operates as a motor when the current is applied to the coils in a sequence to move the rotor when the
turbine blades move the wind or water.Also described is an aerodynamic
system comprising inner and
outer annulus disposed driving fans, with a pressure differential flow enhancing aerodynamic housing, able to concentrate and make laminar rough and turbulent intake air molecule flows, creating a smooth rotationally organized downstream vortex field, with maximum
power extraction from building structure directed velocity flow enhancements.