Terawind develops specialized wind turbine technology designed to harness energy from high-speed and turbulent wind conditions previously inaccessible to conventional systems. Their approach utilizes smaller, stronger rotors with truss-braced blades engineered for IEC wind classes beyond IA+. This technology maximizes wind energy extraction in complex terrain while incorporating advanced bird collision avoidance features.
Funding
$10K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Existing wind turbine technology struggles to harness energy from high-speed and turbulent winds, leaving a significant renewable energy resource underutilized, especially in complex terrains. Traditional designs cannot withstand the high wind loads and turbulence intensity associated with strong wind environments.
Solution
Terawind is developing specialized wind turbine technology optimized for high wind speeds and turbulent conditions. Their approach utilizes truss-braced rotor blades and optimized aerodynamics to maximize energy extraction from strong winds. The turbines are designed to adapt to rapidly changing wind speed conditions, making them suitable for terrains where strong winds are prevalent. The company's technology aims to provide access to wind power in areas where it was previously inaccessible due to the limitations of conventional wind turbine designs.
Target Audience
The primary target audience includes renewable energy companies and organizations looking to harness wind power in locations with high wind speeds and turbulent conditions, such as mountainous regions.
Features
- Truss-braced rotor blades for high strength, capable of sustaining high wind loads and turbulence.
- Optimized aerodynamics for maximum wind energy extraction and reduced noise.
- Turbine suitable for IEC wind class beyond IA+ and wind turbulence intensity well above 18%.
- Smaller, more powerful rotors for easy transport and installation in complex terrain.
- Bird collision avoidance system to safeguard biodiversity.