Celeroton TurboCell is a Swiss based technology leader developing and manufacturing ultra-high-speed electric turbo compressors and drive systems for fuel cells applications.
Our cutting edge products and solutions provide true value add to our customers in a broad range of applications. Our patented compressor systems are unique in terms of size, efficiency and reliability and are all designed and manufactured in-house.
We are passionate about innovation and strive to support the transition towards a greener future.
At Celeroton TurboCell, we believe fuel cells will play a significant role towards decarbonization, across a variety of segments. Our solutions are therefore used in multiple applications from material handling and commercial vehicles to marine, rail and power generation. We understand segment specific requirements, and can tailor our existing and already broad product offering.
Our compressor and converter systems are unique in terms of size, efficiency, reliability, controls and design flexibility. Thanks to +10 years of innovation and extensive collaborations with customers, we have the right solutions to answer your needs.
Our fuel cell dedicated portfolio spans across a broad range of segments and applications. As our customer base grows, we have plenty of ideas and projects for the future to further expand our product offering.
Combination of interdisciplinary technologies into optimized turbo compressor system. This guarantees a system out of one hand with matched components, in particular inverter and compressor.
Oil and maintenance-free operation at highest speeds thanks to a rotor floating on a air film generated by the rotation of the shaft. Resistant to shocks and vibrations.
Transfer of mechanical shaft power to the fluid with radial turbo compressor technology. No pressure fluctuations and a constant mass flow with maximum efficiency.
Permanent magnet synchronous machine technology, providing the required shaft power with minimal copper, iron and rotor losses. Designed for mechanical and rotor dynamic integration with the ultra-high-speed rotor-bearing system. Optimized for series production.
Rotor dynamic design and balancing procedures. Theoretical and practical innovation, know-how and experience in high-speed operation combined at its best.
The more compact the system, the higher the losses per volume and the bigger the challenge for thermal design and cooling.
Reduction of mechanical stresses with optimized geometries and materials. Consideration of manufacturing tolerances and temperature range.
High power density and low losses in converters and motors thanks to a system design and the right choice of topology and modulation methods.
Communication with the user, control of power electronics, motor and compressor – and protection of these components through monitoring and diagnostics.
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