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Siemens ran a Computational Fluid Dynamic analysis on our single microcube to test the functionality and performance. The result was one of astounding engineering achievement.

The Result: A 95% Efficient & Nearly Frictionless Wind Turbine

Designed by a Jet Propulsion Engineer: Objective was to create a turbine that is frictionless and could capture a greater surface area of wind motion, generating power during all wind speeds.

Assessment from the U.S. Patent Office: “First truly new generator design in 100 years”

  • Modular: 9 in² near-frictionless 1kW wind turbine
  • 95% Efficiency: Verified by 3rd party JA King 
  • 11 balanced jet engine blades, ducted effect and encased
  • Air flow increases as it passes through, creating thrust
  • 3-6 year payback depending on application and wind resources

A single 1kW microcube (above) in a wall array of 100kW (left) make our Wind Wall. The increased ducting covers over 93% of the surface area, capturing wind forces similar to a sail. This maximizes conversion of kinetic energy to electricity.