
Kinetic Traction designs, develops, and manufactures clean technology products for energy storage, backup power, power regeneration, waste heat recovery, and turbo aeration applications. Our product development leverages proprietary know-how in high-speed machines, including high-speed permanent magnet motors, magnetic bearings, power electronics, and controls, combined with advanced analytical capabilities. Kinetic Traction's products are engineered to enhance performance and efficiency, reduce energy consumption, and lower carbon emissions. We provide innovative solutions across a variety of applications and industries in global markets, including flywheel technology for efficient energy storage.

Turbo Aerators provide energy-efficient aeration that meets ISO 8573 and ISO 12500 standards, making them ideal for applications such as wastewater treatment, chemical processing, and industries like food, beverage, and pharmaceuticals. These high-speed machines are also compatible with energy storage solutions, ensuring reliable backup power through advanced flywheel technology.

Waste-Heat-Recovery Generators capture heat from industrial processes to generate usable electricity, making them a valuable asset for backup power systems. The units’ Organic Rankine Cycle technology efficiently produces power from low-to-medium temperature heat, which can also enhance energy storage solutions. Additionally, integrating
Waste-Heat-Recovery Generators capture heat from industrial processes to generate usable electricity, making them a valuable asset for backup power systems. The units’ Organic Rankine Cycle technology efficiently produces power from low-to-medium temperature heat, which can also enhance energy storage solutions. Additionally, integrating flywheel technology can further optimize the performance of these high speed machines.

Flywheel energy storage systems are utilized in rail, grid, and UPS applications, serving as a reliable source of backup power. These compact flywheel units store energy in kinetic form until it is needed, ensuring efficient energy storage. With an impressive service life projected to exceed 10 million charge-discharge cycles, they operate effectively as high speed machines.