Mattur produces ultra-low-cost sustainable electricity to accelerate American energy independence
Mattur produces ultra-low-cost sustainable electricity to accelerate American energy independence
For the first time in history, advances in mechanical engineering, material science, and AI have allowed us to design a wind turbine—engineered from the ground up—that is uniquely capable of harnessing everyday, low-speed winds.
Legacy wind turbines require winds of higher speeds moving in specific directions to turn their blades, whereas our 360° design turns low-speed wind from any direction into electricity.
Designed to capture wind from any direction, it accelerates airflow into the blades.
AI-driven adjustments in the blades’ pitch optimize electricity generation across all wind conditions.
A revolutionary design features a series of micro-generators paired with AI for variable, on-demand electricity generation, significantly reducing the input torque compared to traditional generators used in all other wind turbines.
The Mattur Control Module uses machine learning to increase power output. The Torque Management System (TMS) continually adjusts the number of micro-generators activated. In conjunction, pitch control optimizes blade position in real time.
Each Mattur Wind Turbine collects wind data, training a global learning network to develop new pathways for generating electricity more efficiently across diverse weather conditions. As the AI discovers the most effective settings, every turbine in the network updates automatically, ensuring optimal performance specific to the location of each installed turbine.
Installed Capital Cost
($/kW)
Levelized Cost of Energy
($/MWh)
USABLE WIND SPEED IN THE U.S. BEFORE AND AFTER MATTUR
With highly durable materials and superior quality components, the turbine offers virtually maintenance-free operation for 20+ years. Centralized monitoring identifies any issues, while automated updates ensure continuous optimization.
Our wind turbines can be placed on virtually any rooftop or scaled up to thousands of units for a utility-sized project. They can be used stand alone or combined with other electricity sources and storage to create an independent renewable power plant.