Airborne Motorworks Industrial Business Unit is focused on more than its wind turbine. We’re also focusing on integrating our patented EGP (Electromagnetic Gyroscopic Propulsion) motor into an air handling drive system commonly used in large commercial heating, ventilation, and air conditioning units. The EGP’s torque leverage, compact size, and low heat emissions create an ideal solution that the industry not only needs to improve HVAC efficiency, but demands so they maintain compliance with current and upcoming governmental regulations regarding sustainability and “green energy”. We anticipate that industrial products such as the air handling drive system will enable an earlier revenue generation opportunity at a lower development cost for Airborne Motorworks due to the certification and testing process that is substantially more expedient for industrial products versus that of flight applications. To date we have engineered a viable prototype of an off-the-shelf air handler that could be retrofitted into existing applications.
The versatility of AMWs motor technology provides for high performance across a broad range of applications. Blower systems can differ in application designs, shapes and dimensional scales. Like other applications of AMW motor technology, not only does it perform with remarkably higher efficiency and torque density but also at low heat generation and is clearly a “green technology” that can be powered by a number of energy sources from stored energy to electrical power connections.
By utilizing the benefits of EGP, our air handlers can potentially increase the amount of air flow delivered by the same sized Air Handlers that are in use today. The chamber becomes the driving force of the rotors, greatly reducing the overall parts count while increasing efficiency. The market doesn’t just want this technology, they are demanding it to keep up with emerging Net Zero and other emerging environmental initiatives.
The same principles that drive our Air Handlers can be used to generate electricity. The torque leverage created by EGP puts energy into a rotor, in this case a flywheel, that can leverage the energy applied to the flywheel to drive a generator. This will create a highly efficient and reliable electrical power generation system maximizing the conversion process of electricity to a greener and more efficient application.