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

Mit MECOS-Technologie angetriebene Schwungräder

Kinetischer Energie­speicher mit schneller Entladekapazität

Die aktive Magnetlagertechnologie von MECOS wird in Schwungrädern zur Steuerung des Rotors bei sehr hohen Drehzahlen eingesetzt. Die AMB-Technologie ermöglicht eine hohe Effizienz und einen zuverlässigen Betrieb.

 

Merkmale und Vorteile

  • Keine Reibung
  • Hohe Effizienz
  • Hohe Positioniergenauigkeit des Rotors
  • Betrieb im Vakuum

 

Breites Spektrum an Anwendungs­bereichen:

  • Energiespeicherung
  • Schnelle Frequenzstützung des Stromnetzes
  • Schnellladestationen für Mobilität

Schwungräder mit nabenloser Aussenrotor­konstruktion

Magnetlager lassen das Schwungrad ohne Reibung schweben und sind daher die Lager der Wahl, um den Gesamtwirkungsgrad des Schwungrads zu optimieren.

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

Schwungräder für Mobilitäts­ladestationen

Nennleistung:

350KW

Wesentliche Merkmale:

Aussenrotor in Verbundbauweise

Umfang:

AMB-Controller

Anwendung:

Ladestationen für Elektromobilität Netzfrequenz­unterstützung

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mecos@mecos.com
+41 52 355 52 11