APPLICATIONS
Vehicles
Superior Power Density and Efficiency for Vehicles
Extremely low starting current & ultra low internal resistance of motor
Quantum Motors' automotive motors achieve remarkable efficiency, reaching up to 98.33%-99% at high speeds above 2000 RPM and maintaining average 86% -90% efficiency at lower speeds between 100–2000 RPM. With minimal energy loss, the starting current can be as low as 300A, significantly lower than the industry level of 900A, because the average efficiency of global electric vehicle motors at low speed of 200-500 RPM is around 50%, whereas QUANTUM's axial flux motor exceeds 86%.
Currently, global electric vehicle engineers address motor temperature issues by increasing battery voltage to 600V-1000V, thereby reducing motor current and heat. In contrast, the QUANTUM motor employs a multi-rotor and stator integration method, lowering internal resistance in motor to reduce temperature, allowing the motor voltage to stay within 320V.
Natural cooling motor system and hybrid flux motor
Tests show that the 100 kW QUANTUM MOTOR has a power loss of about 10 kW at low speeds of 200-500 RPM, compared to approximately the power loss of 50 kW for Mercedes-Benz and Tesla motors under similar conditions. This outstanding performance eliminates the need for water or air cooling in Quantum's motor and battery systems, setting a new benchmark in energy efficiency and thermal management. Many experts claim that axial motors on wheels can easily get dirty, shortening their lifespan. QUANTUM's new hybrid flux motors solve this problem. Like axial motors, hybrid flux motors demonstrate high efficiency at both low and high speeds. Additionally, they retain the versatility of radial motors and can be seamlessly installed in all electric vehicles.
Aviation
Millisecond-Level Response: eVTOL Control with Natural Cooling
Drones
Quantum Motors operate reliably in extreme conditions below 70°C, whereas all brushless drone motors fail above 40°C (including DJI brushless drone motors). This innovative technology redefines electric propulsion, enabling advanced applications from drones to eVTOL. Drones equipped with Quantum Motors can carry a payload of 200 kg for 10 hours, maintaining motor temperatures below 80°C.
Heavy Industry & Heavy Devices
Heavy Industry & Heavy Devices
The Quantum Axial Flux Motor delivers three times the torque and speed of conventional asynchronous motors, significantly enhancing efficiency in pumps, compressors, and suspension systems. Unlike conventional motors, it operates at temperatures below 60°C, eliminating the need for water or air cooling systems and explosion-proof equipment. This innovative design effectively prevents potential hazards such as fires and pipe failures, representing a major breakthrough in industrial safety.
Marine & Ship Propulsion
Quantum Motors are revolutionizing marine propulsion systems through innovative direct thrust technology and advanced multi-stator integration, significantly enhancing both performance and operational reliability. By eliminating the need for water or air cooling systems, these motors ensure safer, fire-resistant operation, thereby establishing a new benchmark in maritime propulsion technology.
Light Industry
Wind Turbines
Quantum's groundbreaking generators achieve over 98% efficiency across a wide speed range (100–4000 RPM), surpassing conventional wind turbine systems. Whether in light breezes or strong winds, the QUANTUM motor ensures that the wind turbine maintains nearly consistent electricity generation efficiency.
Robotics
Quantum Motors directly drive robotic systems, eliminating the need for additional gearboxes. Operating at a mere 20 RPM, they deliver exceptional torque and rapid angular acceleration. A 100W QUANTUM motor generates 47.7 N·m of torque, while the 1000W version delivers an impressive 477 N·m, achieving millisecond-level response times that significantly outperform traditional systems.
Energy
Petroleum / Chemical
Quantum's Axial Flux motors have became indispensable in the chemical and petroleum industries, revolutionizing liquid transportation systems with their exceptional efficiency. Their unique natural-cooling design eliminates the risks associated with both cold-water pipe failures and air cooling system malfunctions, thereby effectively preventing potential explosions and fire hazards. This innovative technology significantly enhances operational safety and system reliability in oil field applications.
Water Conservancy and Farms
Quantum's high-power motors utilize natural cooling technology, effectively mitigating heat-related issues while reducing electricity consumption by 50%. In agricultural applications, these motors maintain operating temperatures below 40°C, eliminating the risks associated with both cooling water pipe failures and air cooling system malfunctions - common causes of farm fires. Furthermore, QUANTUM motors are transforming water treatment processes, significantly reducing operational expenses. In California, where annual farm water bills can reach $100,000, the implementation of QUANTUM motors has demonstrated potential savings of up to $50,000 per year.
Hybrids
More Space for Hybrid Vehicles
Quantum Motors enable direct wheel drive technology, eliminating the need for bulky gearboxes, complex cooling mechanisms for battery systems and motors , thereby significantly enhancing overall efficiency. This groundbreaking innovation substantially reduces the size and weight of hybrid electric vehicles while streamlining production processes, manufacturing operations, and maintenance procedures.
Easier Gas-to-Hybrid Conversion
Gas-to-electric conversions in California have faced challenges due to bulky water- cooled batteries and motors. Quantum Motors advanced electric car technology eliminates this hurdle, enabling easy car modifications—even in a home garage.
