TECHNOLOGY
Integrated Technology optimised for Seamless Performance
This integrated approach, combining Motors and Controllers, guarantees a hassle-free plug-and-play experience
Sustainable technology that does not sacrifice your needs
Synchronous Reluctance Motors (SynRM) harness the natural properties of Magnetic Reluctance to deliver unparalleled performance. Unlike traditional Motors, SynRMs operate without induced current in the rotor, relying on Magnetic Synchronisation for movement. This advanced principle results in a Motor that is both highly Efficient and exceptionally Responsive.
Synchronous
Reluctance
Motor Systems
Optimized Rotor Structure
The Rotor in SynRM is ingeniously crafted with multiple layers of steel laminations, forming a path for Magnetic flux. This design eliminates the need for conductors or Permanent Magnets, reducing costs and enhancing Efficiency.
Stator Compatibility
The Stator, akin to that in standard Induction Motors, ensures ease of Production and Adaptability, integrating seamlessly into diverse applications
Innovative Design,
Superior Performance
Peak Efficiency, Reduced Losses
SynRMs are renowned for their high Efficiency, particularly under partial loads, achieved through the elimination of Rotor current losses.
Eco-Friendly Choice
By avoiding Rare-Earth Magnets, our SynRMs not only reduce costs but also support Sustainable practices, minimising Environmental impact.
Unmatched Efficiency for a Sustainable Future
Advanced SynRM tech with proactive diagnostics
Our state-of-the-art drive electronics and algorithms optimize Synchronous Reluctance Motor (SynRM) performance under all conditions, enhancing Efficiency and Reliability. Additionally our Drive Control Framework (DCF) includes proactive diagnostics that detect and isolate faults, extending Motor longevity, reducing maintenance needs, and improving safety.
Embracing Complexity with Advanced Control
Advanced Motor Control Algorithms
Chara's Drive Control Firmware (DCF) maximizes Motor Efficiency and Performance through specialized Field-Oriented Control (FOC) algorithms, ensuring optimal operation under various conditions. This advanced Firmware allows precise control over Motor Electromagnetic fields, boosting Torque Delivery and Thermal Efficiency.
Real-Time Torque Control Execution
A core capability of DCF is its real-time execution of high-bandwidth Torque Control loops. By incorporating sophisticated signal processing algorithms and control laws, DCF achieves Precise Torque Modulation, critical for applications requiring high Dynamic Response and Accuracy.
Optimized motor efficiency with Chara’s DCF
Adherence to ISO26262 standards is fundamental in DCF's design, ensuring paramount Safety and Reliability in Motor Operation. This compliance underscores our commitment to delivering Robust and Fail-Safe Motor Control solutions
