O R H O N T SOLUTIONS
Magnetically-Coupled Planetary Motor (MPM)
The Magnetically-Coupled Planetary Motor (MPM) is Orhont’s flagship electric machine technology. Unlike conventional motor and gearbox systems, the MPM integrates torque generation and torque transformation within a single electromagnetic architecture.
The MPM utilizes multiple magnetized planetary elements that interact with a controlled stator magnetic field to generate motion and transmit torque through a planetary configuration. This approach has the potential to reduce system complexity, improve packaging efficiency, and enable high-torque, low-speed operation without conventional mechanical transmissions.
Potential applications include:
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Electrified aircraft propulsion
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Hybrid-electric propulsion systems
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Marine propulsion
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Robotics and industrial automation
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Advanced actuation systems
Integrated Power Electronics
Electric machines achieve their full potential only when paired with advanced control and power electronics.
Orhont develops compact motor drives and inverter systems tailored to specific motor architectures and mission requirements. Our integrated approach allows optimization of the motor, inverter, and control algorithms as a complete system rather than as individual components.
Areas of expertise include:
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Motor control algorithms
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High-efficiency inverter design
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Embedded control systems
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Power management
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Integrated propulsion electronics
Thermal Management Technologies
Thermal performance is one of the primary limitations of modern electric machines.
Orhont is developing innovative cooling solutions designed to improve heat transfer from motor windings to external cooling systems. These technologies include advanced housing geometries, enhanced stator-to-housing thermal interfaces, and integrated cooling structures that increase power density while maintaining reliable operating temperatures.
Integrated Electric Powerplants
Orhont’s long-term vision is the development of fully integrated electric powerplants combining electric machines, power electronics, energy storage, and controls into compact, application-specific systems.
This integrated approach enables:
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Improved system efficiency
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Reduced size and weight
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Simplified installation
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Enhanced reliability
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Optimized thermal performance
By treating the propulsion system as a single engineered product rather than a collection of separate components, Orhont seeks to enable the next generation of electrified mobility and mission-critical power systems.