APPLICATIONS
Vehicles
Racing industry
The application of axial motors in race cars will soon be essential. Race cars need to have the characteristics of high speed, high power, and high flexibility. Axial motors can meet these requirements.
Axial motors can reach very high speeds and produce a massive torque output, allowing race cars to accelerate quickly.
The high efficiency and reliability of axial motors can ensure the stable operation of race cars under extreme conditions. Therefore, axial motors are widely used in power output and control systems in race cars.
The high-power density, efficiency, and reliability of axial motors make them an ideal choice for race car applications, providing efficient power output, energy saving and braking control. With the development and innovation of technology, it is believed that axial motors will play a more important role in the field of racing. Axial motors are currently being used in Koenigsegg's, Ferraris, and Mercedes.
Non-commercial vehicles
With the increasing requirements for environmental protection and energy conservation, more and more car manufacturers choose to use electric motors as a power source.
With SYNSUNS 100-year warranty, naturally cooled, and 100% sealed motor. We are truly the best in the world.
Only SYNSUN’s axial motor can reach 20,000 RPM, which can be applied to high performance racing vehicles. Because SYNSUN’s magnetic inertia technology is one of a kind and the most advanced in its field.
Regenerative braking:
In addition, axial motors can also be used in the braking systems of all vehicles. Axial motors can convert kinetic energy into electrical energy by running in the reverse direction to achieve energy recovery and braking effects. This braking method is called swing braking or regenerative braking, which can improve the braking efficiency and energy saving effect of cars and race cars.
Axial motors can be used in the braking system of heavy trucks. By controlling the torque output of the axial motor, effective braking force regulation can be achieved, improving the stability and sensitivity of the braking system. This is crucial for the braking effect of heavy trucks when driving for a long time and especially downhill. This can improve overall safety and the overall performance of the vehicle.
The current problem encountered by electric heavy-duty trucks is that the torque is too low at lower speeds. Heavy trucks require very large amounts of torque. SYNSUN’s motor uses “eddy current recovery” technology. When the motor works under high current conditions, the eddy current is recovered and utilized. In comparison, the starting torque is at least 50% higher than Tesla and reduces the current by 60%. Currently ABB and Tesla have not solved this problem while SYNSUN has.
In addition, axial motors can also be used in auxiliary power systems of heavy trucks, such as electric power steering systems or electric power braking systems. These systems can provide additional power assistance through the output of axial motors to improve the operability and controllability of the vehicle. Especially at low speeds and stopping power. These systems can reduce the burden on the driver and provide a better vehicle control experience.
The maximum power of SYNSUN's axial motor can reach 1000KW, and is naturally cooled, meaning no need for a cooling system. The 99% motor output efficiency makes electric heavy-duty trucks the most environmentally friendly and safest vehicles.
In general, axial motors have a wide range of applications in heavy trucks, and can provide powerful power output, optimize braking systems, and provide auxiliary power, etc., to improve vehicle performance and driving safety. With the development of electrification technology, axial motors will play a more important role in the heavy-duty truck field and promote the sustainable development of the heavy-duty truck industry.
RV's
Axial motors are widely used in RVs. RVs are mobile homes that combine living and travel functions. The application of axial motors can provide more convenience and comfort.
First, axial motors can be used to drive the power system of RVs. Traditional RVs usually use internal combustion engines as a power source, but axial motors can be used as an alternative. Axial motors have the characteristics of high efficiency, low noise and zero emissions, which can provide reliable power support for RVs while reducing pollution to the environment.
Second, axial motors can be used in the auxiliary power system of RVs. In RVs, auxiliary power systems include air conditioning, heating, lighting and electrical equipment. Axial motors can provide power for these auxiliary equipment, reduce dependence on traditional engines, and improve energy efficiency.
In addition, axial motors can also be used in the body control system of RVs. The body control system of RVs includes automatic level adjustment, suspension system and stability control. Axial motors can achieve balance and stability of RVs through precise control and adjustment, providing better driving comfort and safety.
If the RV is equipped with SYNSUN's wind power generation system + SYNSUN's rotatable solar system + SYNSUN's battery system, and the RV's battery is used to power the motor, then even a Tesla MODEL Y can tow the RV to travel across the United States, because SYNSUN's motor does not require special high-power batteries and consumes very little current. The specific implementation method is to call out the car's speed change and brake signals, amplify and filter, and then transmit this signal to the RV's wheel drive system through a network cable or Bluetooth, so that any RV can be towed by a car for travel.
In addition, axial motors can also be used in the body control system of RVs. The body control system of RVs includes automatic level adjustment, suspension system and stability control. Axial motors can achieve balance and stability of RVs through precise control and adjustment, providing better driving comfort and safety.
In general, axial motors are widely used in RVs. They can be used to drive power systems, auxiliary power systems, body control systems, and various electric devices. The application of axial motors can provide higher power efficiency, reduce environmental pollution, and improve the comfort and safety of RVs. With the advancement and innovation of technology, it is believed that the application of axial motors in the RV field will continue to develop and bring better user experience.
Aviation
Airplanes
Axial motors have many applications in aviation, aircraft and drones. First, axial motors can be used in aircraft propulsion systems. By controlling the speed and torque of the axial motor, powerful thrust can be provided to propel the aircraft forward in the air. The high efficiency and lightweight characteristics of this motor make it one of the preferred propulsion methods for modern aircraft, which can improve the performance and economy of the aircraft.
Second, axial motors can also be used in aircraft servo systems. The servo system is used to control the attitude and maneuverability of the aircraft, including elevators, rudders and ailerons. The high speed and high precision control characteristics of the axial motor make it an ideal choice for the servo system, which can achieve fast and accurate aircraft attitude adjustment and improve flight stability and controllability.Axial motors are widely used in RVs. RVs are mobile homes that combine living and travel functions. The application of axial motors can provide more convenience and comfort.
Aerospace
Axial mechanical equipment is widely used in the aerospace field. For example, the axial compressor is an important component of the aircraft engine, used to boost and compress air to provide power for the aircraft engine operation. The high efficiency and reliability of the axial compressor make it an ideal choice in the aerospace field, capable of providing strong power output to ensure the normal operation of the aircraft.
Drones
Axial motors can also be used for drone propulsion and attitude control. Drones usually require lightweight and efficient propulsion systems to achieve long-term flight and high maneuverability. The lightweight and high-speed characteristics of axial motors make it an ideal choice for drone propulsion systems, providing strong thrust and flexible control capabilities. At the same time, axial motors can also be used in drone servo systems to achieve precise attitude adjustment and flight control.
Only SYNSUN’s axial motor can achieve 20,000 RPM which is very beneficial for the entire aviation field. Our leading competitor YASA, can only achieve 3250 RPM. SYNSUN’s magnetic inertia technology is the best in the world.
Heavy Industry
Heavy Machinery
Axial motors have many applications in the heavy industry. First, axial motors can be used in the drive systems of heavy machinery and equipment. These machinery and equipment may require high-power drive forces, such as compressors, pumps, fans, etc. Axial motors can provide high-speed and high-torque outputs to meet the needs of these machinery and equipment, while having the characteristics of high efficiency and energy saving.
In addition, axial motors can also be used in the suspension system of heavy machinery and equipment. On some occasions where heavy objects need to be suspended and moved, axial motors can provide high-precision and controllable power output to achieve precise control and movement of heavy objects. The flexibility and reliability of this motor make it an ideal choice for suspension systems in heavy industry, which can improve production efficiency and work safety.
In general, axial motors are widely used in the heavy industry, including drive systems, propulsion systems and suspension systems. The high power, high speed, high efficiency and controllability of axial motors make it an ideal choice for heavy industrial equipment, which can improve the performance, transportation capacity and work efficiency of the equipment and promote the development of the heavy industry.
SYNSUN's 1000KW motor can reach a maximum temperature of 50 degrees Celsius, with natural cooling, and can be used in large refineries. For example, Iraq's largest refinery, NORTH REFINERIES COMPANY, has reached a cooperation intention with SYNSUN.
Ships
Axial motors have many applications in the energy and ship fields. First, in the energy field, axial motors can be used in wind power generation systems. Axial motors can convert wind energy into electrical energy and generate clean and renewable electricity by driving the rotor of the wind turbine to rotate. The high speed and high efficiency of axial motors make it an ideal choice for wind power generation systems, which can improve power generation efficiency and energy utilization.
Secondly, axial motors can also be used in the propulsion systems of heavy transportation equipment. For example, axial motors can be used in the propulsion systems of large ships to provide strong thrust to propel the ships forward in the water. The high speed and high efficiency characteristics of this motor make it an ideal choice for ship propulsion systems, which can improve the transportation capacity and economy of ships.
In the ship field, axial motors can be used in the main propulsion system of ships. Axial motors can provide strong thrust to drive ships forward in the water. Compared with traditional internal combustion mechanical propulsion systems, axial motors have higher efficiency and reliability, directly drive the propellers, do not require a gearbox, and achieve 99% conversion of electric to mechanical energy. The high speed and high-power output of axial motors make them an ideal choice for modern ship propulsion systems, which can improve the transport capacity and economy of ships.
In addition, axial motors can also be used in auxiliary propulsion systems of ships. For example, axial motors can be used in the rudder thruster system of ships to provide good control performance and improve the maneuverability and safety of ships. Axial motors have higher efficiency and reliability, directly drive the propellers, do not require a gearbox, and achieve 99% conversion of electric to mechanical energy. The high precision and controllability of axial motors make them an ideal choice for ship rudder thruster systems, which can achieve precise control and flexible steering of ships.
Manufacturing
In general, axial motors are widely used in the fields of energy and shipbuilding. Axial motors can convert wind energy into electricity in wind power generation systems, providing clean and renewable energy; they can provide strong thrust in ship propulsion systems, improving the transport capacity and economy of ships; they can provide good controllability in ship auxiliary propulsion systems, improving the maneuverability and safety of ships. The high efficiency, high speed and controllability of axial motors make them an ideal choice in these fields, promoting the development of energy and shipbuilding.
Light Industry
Wind Turbines
Axial mechanical equipment is often used in the energy field, such as wind power generation. Axial wind turbines are upright wind turbines characterized by a small wind resistance area and a high rotation speed. Axial wind turbines use wind power to drive the blades to rotate and convert mechanical energy into electrical energy through axial mechanical equipment. The high efficiency and reliability of axial mechanical equipment make it an ideal choice in the field of wind power generation, which can provide renewable energy and reduce dependence on traditional energy.
SYNSUN's generator is the most efficient generator in the world, with an efficiency of 99%. At the SEASA2024 exhibition, just twisting the motor shaft 0.5RPM with two fingers can generate 800W of electricity, causing a sensation in the motor industry around the world. Meaning that 1 mph of wind will start generating electricity
Farms
Axial motors are widely used in light industry, air conditioning, farms and sewage systems. First, in the light industry, axial motors can be used in the drive system of mechanical equipment. Axial motors have high efficiency, high speed and small size, and can provide strong power output to drive various mechanical equipment, such as compressors, fans, pumps, etc. The high efficiency and reliability of axial motors make it an ideal choice for light industry, which can improve production efficiency and quality.
In addition, in the farm field, the axial motor can be applied to the drive system of agricultural machinery and equipment. The axial motor can drive agricultural machinery, such as irrigation machines, fans, pesticide sprayers, etc., to provide power output and realize the automation and intelligence of agricultural production. The high efficiency and controllability of the axial motor make it an ideal choice in the agricultural field, which can improve the efficiency and quality of agricultural production.
In the air conditioning field, axial motors can be used for fan drive of air conditioning system. Axial motors can provide large airflow, so that air conditioning system can quickly and evenly send hot and cold air into the room or exhaust it outdoors. The high speed and high efficiency of the axial motor make it an ideal choice for air conditioning systems, which can improve the efficiency and energy saving effect of air conditioning systems.
In California, if SYNSUN's rotatable solar energy is used, coupled with a high-efficiency breeze power generation system and a high-efficiency motor, the farm can save 60% of its electricity bills, making a huge contribution to the agricultural economy of the United States.
Sewage
In sewage systems, axial motors can be used to drive sewage pumps. Axial motors can provide strong pumping capacity to send sewage from low positions to high positions for treatment or discharge. The high speed and high efficiency of axial motors make it an ideal choice for sewage systems, which can improve sewage treatment efficiency and environmental protection effects.
In general, axial motors are widely used in light industry, wind turbines, air conditioning, farms, and sewage systems. The high efficiency, high speed and controllability of axial motors make them an ideal choice in these fields, promoting the development of related industries and improving production efficiency and environmental protection.
Energy
Petroleum / Chemical
Axial mechanical equipment also has important applications in the chemical and petroleum fields. For example, an axial pump is a device used to transport liquids and is widely used in liquid handling and transportation in chemical processes. The high efficiency and reliability of axial pumps make it an ideal choice for the chemical and petroleum fields, providing efficient liquid handling and transportation capabilities to ensure the stable operation of the process system. The most important thing is that SYNSUN's motors can work at high power (10KW-500KW), but only require natural cooling, reducing natural disasters caused by high temperatures and saving 60% of electricity.
Water Conservancy
Axial mechanical equipment can also be used in the field of water conservancy projects. For example, an axial water pump is a device used for hydropower generation, drainage and irrigation, which can provide large flow and high head hydraulic transport capabilities. The 99% high efficiency and controllability of axial water pumps make it an ideal choice in the field of water conservancy projects, which can improve the efficiency and reliability of water conservancy projects.
In general, axial mechanical equipment has a wide range of applications in fields such as energy, chemical petroleum, and water conservancy projects. The high efficiency, reliability and controllability of axial mechanical equipment make it an ideal choice in these fields.
Hybrids
Auxiliary Power
Axial motors are widely used in the electrification drive system of cars. With the increasing requirements for environmental protection and energy conservation, more and more car manufacturers choose to use electric motors as a power source. Axial motors have become an ideal choice for car electrification drive systems due to their high-power density and efficiency advantages. Axial motors can provide efficient power output, improve the driving performance and energy saving effect of cars.
Axial motors can be used as auxiliary power sources. In hybrid vehicles, axial motors can be used as part of the electric motor and combined with traditional fuel engines. When greater power output is required, axial motors can provide additional driving force and work in conjunction with the fuel engine to improve the acceleration performance and power output of the vehicle.
Energy Recovery
Axial motors can be used for energy recovery and reuse in hybrid vehicles. When the vehicle brakes or decelerates during driving, the axial motor can convert kinetic energy into electrical energy by running in the reverse direction, and then store the electrical energy in the battery. This can achieve energy recovery and reuse and improve the energy efficiency of the vehicle.
In addition, axial motors can also be used in the start-stop system of hybrid vehicles. The start-stop system is an energy-saving technology that reduces ineffective fuel consumption by automatically shutting down the engine when the vehicle stops. The axial motor can be used as a starter to quickly start and shut down the engine and realize the automatic control of the start-stop function.
Power Assist
SYNSUN’s axial motor can also be used in the power-assisted system of hybrid vehicles. Power-assisted systems include air conditioning, electric power steering, electric water pumps, etc., which usually require additional power supply. The axial motor can provide power for these power-assisted systems, reduce the burden on traditional engines, and improve the fuel economy of the car.
In general, the axial motor has an important application in the upgrade of oil vehicles to hybrid vehicles. It can be used as an auxiliary power source, energy recovery and reuse, start-stop system, and driver of power-assisted system. Through the application of axial motors, hybrid vehicles can achieve higher fuel economy, reduce exhaust emissions, and contribute to environmental protection and energy conservation. With the continuous advancement of technology, it is believed that the application of axial motors in the field of hybrid vehicles will become more extensive and mature.
SYNSUN's motor has a high working efficiency of 99%, and the working current is very small. It is naturally cooled, which saves the bulky cooling system, reduces the installation cost, and increases the safety performance.
High-efficiency motors require very small working current and have very little dependence on batteries. The batteries matched with SYNSUN motors do not require a special battery cooling system, but only a naturally cooled battery system, which makes the upgrade of gasoline vehicles to electric vehicles around the world a new milestone. At present, the bottleneck of upgrading fuel vehicles to hybrid vehicles in the United States is the temperature of the motor and battery, which has prevented the project from being promoted. Now this problem has been solved by SYNSUN.
