Kite Magnetics manufactures nanocrystalline stator cores that reduce energy losses in electric motors by up to 97%, enhancing efficiency and performance for electric vehicles. This technology allows for lighter, smaller motors that increase range and payload capacity while minimizing cooling requirements and costs.
Funding
$1.2M 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
Electric motors in vehicles experience energy losses in the stator core, reducing overall efficiency and limiting range. Traditional silicon steel cores contribute significantly to these losses, especially at high speeds and partial loads.
Solution
Kite Magnetics manufactures Aeroperm® nanocrystalline stator cores that minimize energy losses in electric motors, enhancing efficiency and extending the range of electric vehicles. Aeroperm® reduces stator core losses by up to 97% compared to conventional silicon steel, enabling smaller, lighter motors with improved performance. The technology's high magnetic flux density allows for direct replacement of existing cores without compromising torque density. By generating less heat, Aeroperm® also minimizes cooling requirements, improving reliability and extending motor lifespan.
Target Audience
The primary customers are electric vehicle manufacturers seeking to improve motor efficiency, increase vehicle range, and reduce overall system costs.
Features
- Aeroperm® nanocrystalline microstructure reduces stator core losses by up to 97%
- High magnetic flux density (2.0 Tesla) enables direct replacement of silicon steel cores
- Lower core losses lead to higher peak efficiency and improved performance at high speeds and partial loads
- Reduced heat generation minimizes cooling requirements and extends motor lifespan
- Cost-effective alternative to iron cobalt steel, suitable for various vehicle types
- Seamless integration into existing motor designs and manufacturing processes