AFPMG Next Gen Energy

Our team is actively engaged in advanced Research & Development of Axial Flux Generators and Motors, focused on delivering next-generation energy and propulsion solutions. These high-efficiency, compact devices are central to the future of renewable energy systems, electric vehicles, and distributed power generation.

Unlike traditional radial flux machines, axial flux technology offers a more compact footprint, better torque density, and superior cooling capabilities. Our ongoing R&D explores scalable, multi-rotor designs with optimized stator-coil configurations, using precision-grade neodymium magnets and high-efficiency copper winding systems.

The R&D program covers the following core areas:

• Design and simulation of single and multi-rotor axial flux permanent magnet generators (AFPMGs)

• Custom stator and rotor topologies for various voltage and torque requirements

• Coil geometry and magnetic field optimization for minimal loss and maximum power density

• Materials research for lightweight, thermally stable structural elements

• Integration with wind turbines and small-scale hydro or mechanical systems for off-grid energy production

• Application of axial flux motors in electric mobility, drones, and agricultural automation

Our prototypes are already showing promising results in terms of output power, torque per weight ratio, and mechanical durability. These machines are designed with manufacturability in mind—using techniques that allow for scalable production while maintaining high performance.

This research directly supports our long-term goal of building energy-efficient, modular electric systems that reduce dependency on fossil fuels and improve accessibility to renewable energy technology in both urban and rural environments.

If you’re a manufacturer, investor, academic institution, or energy startup interested in collaborating or learning more, we welcome partnerships and inquiries.