ENERGY
MICROGRID WIND TURBINE
REVOLUTIONARY TURBINE TECHNOLOGY FOR MICROGRIDS AND MORE
The AMW wind turbine offers:
Airborne Motorworks (AMW) wind turbine design utilizing patented electromagnetic technology for production of clean, efficient, localized energy from wind.
SIMPLE Design – Incorporating a minimum number of moving parts to keep maintenance costs low, and reliability high.
AMW co-founder Jesse Marcel on Simplicity of the AMW wind turbine design.
Jesse Marcel discusses the High Energy Conversion rate of the AMW wind turbine.
HIGH ENERGY CONVERSION – Delivering an unprecedented wind energy conversion rate of up to 69.7%, the current design AMW wind turbine nearly doubles the 20% to 40% wind energy conversion of legacy wind turbines.
URBAN and SUBURBAN COMPATIBILITY – Optimized for microgrid applications, the AMW wind turbine brings localized power to the end user thereby minimizing the line losses of remote main grids while enabling autonomous usage. Its low noise and low-profile design make it compatible with local installation.
Jesse Marcel notes the Compatibility of the AMW wind turbine with Urban and Suburban locations.
Click the play button to view the entire Siemens’ Engineer Innovation podcast featuring AMW’s Jesse Marcel, Chief Design Officer commenting on our novel wind turbine design.
“We believe the patented AMW Wind Turbine to be clearly a novel design capable of extremely high performance, versatility and broad utilization when compared with legacy design equipment.”
Maya HTT
“This groundbreaking technology is expected to play a vital role in increasing the availability of primary and backup power generation in the 100kW to 500kW range with the ability to extend power output above 1MW by synchronizing a bank of our units to power key industrial infrastructure, large buildings, universities, government facilities and residential communities.”
Jesse Marcel, AMW Director, Chief Design Officer
Q: What is a microgrid?
A: A microgrid is a self-contained energy system that can generate electricity for localized use. It consists of distributed energy resources such as wind, solar, battery, and conventional generators. A microgrid can operate while connected to a main power grid and can autonomously disconnect from a main grid during outages or peak pricing periods to provide a source of self-sufficient electricity.
Q: Where can I find out more about microgrids?
A: Try some of the following resources for additional information on the rapidly growing microgrid sector.
Microgrid Knowledge – https://www.microgridknowledge.com
Microgrid Global Innovation – https://www.microgridinnovation.com
Microgrid Initiatives – https://www.microgridinitiatives.com
