The Wind Turbine
Reinvented.

Zero friction. 97%+ uptime.

The rotor floats on a magnetic field — eliminating every bearing, every gearbox, every friction-based component that causes noise, maintenance cost, and downtime in conventional turbines. No lubrication. No mechanical wear. No upper wind limit. Silent operation at <32 dB.

Active aerodynamics. Starts at 1 MPH.

High-voltage electrodes (10–40kV) embedded in each blade ionize incoming air, energizing the boundary layer and increasing lift-to-drag ratio. In self-start mode, the EHD system initiates rotation from zero RPM — no wind required. Result: +15–20% power coefficient improvement. The lowest cut-in speed of any turbine in existence.

Three generators. One rotation.

Sylentra extracts power from three independent generation surfaces within a single rotating turbine: the Halbach axial flux generator at the base, 64 stator coils on the central shaft, and 128 NdFeB N52/N55 magnets embedded in the rotor interior. Three compounded outputs from one rotation event — without additional moving parts.

Modified Halbach Array Generator

The original coreless axial-flux Halbach array generator — achieving 93–95% efficiency at just 5% the weight of a conventional generator of equivalent power. The architecture that makes 1MW from 14ft physically possible.

Wind Turbine Disc Facilitating Laminar Flow

The turbine disc geometry that maintains laminar airflow through 360° of rotation — the foundation of the air drum effect, where each blade flies into the energized wake of the blade ahead in a self-reinforcing acceleration loop that exceeds the Betz limit.

Modified Halbach Array Generator — Advanced

Refined Halbach array architecture with coil cartridge isolation — enabling individual segment output control and the direct-coupled, gearbox-free operation that eliminates the #1 source of maintenance cost and downtime in conventional wind turbines.

Wind Turbine Disc Facilitating Laminar Flow — Gen 2

Next-generation laminar flow disc — the complete aerodynamic system enabling Sylentra's 5-blade VAWT to extract energy circumferentially rather than frontally. Validated across multiple prototype scales from 3kW through 100kW.

Lightweight Rotor for Supporting Laminar Flow

The lightweight rotor system engineered for the extreme surface speeds required to achieve 1MW output — maintaining aerodynamic geometry under centrifugal load while keeping total mass within flatbed transport limits. The engineering that makes the 14ft commercial unit possible.

EHD Ionic Wind Boundary Layer Control

Protects embedded high-voltage electrodes that ionize incoming air and energize the blade boundary layer — enabling generation at wind speeds where every other turbine stalls.

Multi-Surface Simultaneous Electromagnetic Generation

Protects the architecture of generating electricity from three independent surfaces within a single rotating turbine — multiplying output without adding moving parts.

Adaptive Hybrid MAG-LEV Bearing System

Protects the magnetic levitation bearing that eliminates all mechanical contact — the source of 97%+ uptime, zero maintenance cost, and silent operation.

Dual-Mode EHD Self-Starting + Boundary Layer Control

Protects the dual-mode EHD system that self-starts from zero RPM (no wind required) and continuously optimizes aerodynamic efficiency in operation.

Wind Turbine Blade with Integrated EHD (All Materials)

A material-agnostic claim blocking competitors from integrating EHD ionic wind technology into turbine blades regardless of blade composition.