Mecos - Magnetlagertechnologie - Magnetlager - Kompressoren & Expander - Elektromotoren - Kryogene Kreisläufe - Schwungräder - Strahlen-Shutter - Turbo-Gebläse - Messstände - Prüfstände - Vakuum-Pumpen - Steuerungs-Systeme - Sensoren - Maschinenbau - Ingenieurwesen - Magnetic Bearing Technology - Magnetic Bearing - Sensor Arrays - Electronical Control Systems - Compressors & Expanders - Electric Motors & HSDD - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measuring Rigs - Test Rigs - Vacuum Pumps - Mechanical Engineering – Engineering - Mecos - Magnetic Bearing Technology - Magnetic Bearings - Compressors & Expanders - Electric Motors - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measurement Rigs - Test Rigs - Vacuum Pumps - Control Systems - Sensors - Mechanical Engineering - Engineering - Magnetic Bearing Technology - Magnetic Bearing - Sensor Arrays - Electronical Control Systems - Compressors & Expanders - Electric Motors & HSDD - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measuring Rigs - Test Rigs - Vacuum Pumps - Mechanical Engineering - Engineering - Mecos - Magnetic Bearing Technology - Magnetic Bearings - Compressors & Expanders - Electric Motors - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measurement Rigs - Test Rigs - Vacuum Pumps - Control Systems - Sensors - Mechanical Engineering - Engineering - Magnetic Bearing Technology - Magnetic Bearing - Sensor Arrays - Electronical Control Systems - Compressors & Expanders - Electric Motors & HSDD - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measuring Rigs - Test Rigs - Vacuum Pumps - Mechanical Engineering - Engineering - Mecos - Magnetic Bearing Technology - Magnetic Bearings - Compressors & Expanders - Electric Motors - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measurement Rigs - Test Rigs - Vacuum Pumps - Control Systems - Sensors - Mechanical Engineering - Engineering - Magnetic Bearing Technology - Magnetic Bearing - Sensor Arrays - Electronical Control Systems - Compressors & Expanders - Electric Motors & HSDD - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measuring Rigs - Test Rigs - Vacuum Pumps - Mechanical Engineering - Engineering

Flywheels driven by MECOS technology

Kinetic energy storage with fast discharge capability

MECOS active magnetic bearing technology is used in flywheels to control the rotor at very high rotational speeds. AMB technology enables high efficiency and reliable operation.

 

Features and Benefits

  • No friction
  • High efficiency
  • High positioning accuracy of the rotor
  • Operation in vacuum

 

Wide range of application areas:

  • Energy storage
  • Fast Frequency support of the power grid
  • Fast charging stations for mobility

Flywheels with hub-less outer rotor design

Magnetic bearings levitate the flywheel without friction and are therefore the preferred choice for optimizing overall flywheel efficiency.

Mecos - Magnetlagertechnologie - Magnetlager - Kompressoren & Expander - Elektromotoren - Kryogene Kreisläufe - Schwungräder - Strahlen-Shutter - Turbo-Gebläse - Messstände - Prüfstände - Vakuum-Pumpen - Steuerungs-Systeme - Sensoren - Maschinenbau - Ingenieurwesen - Magnetic Bearing Technology - Magnetic Bearing - Sensor Arrays - Electronical Control Systems - Compressors & Expanders - Electric Motors & HSDD - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measuring Rigs - Test Rigs - Vacuum Pumps - Mechanical Engineering – Engineering - Mecos - Magnetic Bearing Technology - Magnetic Bearings - Compressors & Expanders - Electric Motors - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measurement Rigs - Test Rigs - Vacuum Pumps - Control Systems - Sensors - Mechanical Engineering - Engineering - Magnetic Bearing Technology - Magnetic Bearing - Sensor Arrays - Electronical Control Systems - Compressors & Expanders - Electric Motors & HSDD - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measuring Rigs - Test Rigs - Vacuum Pumps - Mechanical Engineering - Engineering - Mecos - Magnetic Bearing Technology - Magnetic Bearings - Compressors & Expanders - Electric Motors - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measurement Rigs - Test Rigs - Vacuum Pumps - Control Systems - Sensors - Mechanical Engineering - Engineering - Magnetic Bearing Technology - Magnetic Bearing - Sensor Arrays - Electronical Control Systems - Compressors & Expanders - Electric Motors & HSDD - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measuring Rigs - Test Rigs - Vacuum Pumps - Mechanical Engineering - Engineering - Mecos - Magnetic Bearing Technology - Magnetic Bearings - Compressors & Expanders - Electric Motors - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measurement Rigs - Test Rigs - Vacuum Pumps - Control Systems - Sensors - Mechanical Engineering - Engineering - Magnetic Bearing Technology - Magnetic Bearing - Sensor Arrays - Electronical Control Systems - Compressors & Expanders - Electric Motors & HSDD - Cryogenic Circulators - Flywheels - Beam Shutters - Turbo Blowers - Measuring Rigs - Test Rigs - Vacuum Pumps - Mechanical Engineering - Engineering

Flywheels for mobility charging stations

Power rating:

350KW

Key features:

Composite outer rotor design

Scope:

AMB controller

Application:

Electromobility charging stations Grid Frequency support

Back to Overview

Want to learn more?

We are pleased to help you out

Contact us
mecos@mecos.com
+41 52 355 52 11

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