Axial Flux Architecture
In an axial flux generator, magnetic flux travels parallel to the axis of rotation rather than radially outward — the rotor and stator sit face-to-face like discs rather than nested cylinders.
The result is a flat, dense package with a high torque-to-volume ratio: more of the machine is doing useful work, and less of it is structural mass. That matters twice over here. The generator disappears into a compact nacelle suited to constrained mounting points, and its torque characteristics let the rotor convert energy effectively across the variable, frequently-changing speeds that define turbulent sites.
Blade Geometry & Advanced Materials
Blade design is where most small turbines lose. Profiles optimised for steady wind need meaningful airspeed before they generate lift, so in gusty low-speed conditions they sit idle through much of the available energy.
Our blade geometry is developed around low start-up torque and tolerance to changing angles of attack — the rotor spins up sooner and holds its aerodynamic behaviour as flow direction shifts. Lightweight composite construction keeps rotational inertia low, reinforcing the same goal, while giving the fatigue resistance that continuous cyclic loading in a public-infrastructure setting demands.
