Mattur designs compact, modular wind turbines that utilize AI-driven pitch control and high-efficiency micro-generators to generate electricity from low-speed winds in diverse geographies. This technology effectively increases the usable supply of wind energy, providing a cost-effective solution for businesses seeking energy independence.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional wind turbines require high wind speeds and specific directional flows, limiting their effectiveness in many geographic locations and underutilizing available wind energy resources. Existing turbine designs often struggle to efficiently convert low-speed winds into usable electricity, resulting in reduced energy output and economic viability.
Solution
Mattur designs compact, modular wind turbines optimized for capturing and converting low-speed winds into electricity, effectively doubling the usable supply of wind energy. The turbines feature a 360° casing design that accelerates airflow into the blades, regardless of wind direction. AI-driven pitch control dynamically adjusts the blades to optimize electricity generation across varying wind conditions. High-efficiency micro-generators, paired with AI-powered torque management, further enhance energy conversion by reducing input torque compared to traditional generators.
Target Audience
Mattur's primary customers are businesses seeking energy independence and reduced electricity costs, as well as utility companies looking to expand their renewable energy portfolio with efficient low-wind solutions.
Features
- 360° turbine casing designed to capture wind from any direction and accelerate airflow.
- AI-driven responsive pitch control that optimizes blade position in real-time for maximum electricity generation.
- High-efficiency micro-generators paired with an AI-powered Torque Management System (TMS) for variable, on-demand electricity generation.
- Global learning network that collects wind data and automatically updates turbine settings for optimal performance in diverse weather conditions.
- Compact and modular design for low-cost delivery and straightforward installation on rooftops or for utility-scale projects.
- Durable materials and components offering virtually maintenance-free operation for 20+ years.
- Centralized monitoring system that identifies potential issues and enables automated software updates.