EMPEL Systems

From clean sheet to production.  EMPEL's engineering capability spans system specification, motor and inverter design, CAE, controls, prototyping, validation and manufacturing support.  One connected engineering journey.  empelsystems.com/  #Engineering #ElectricDrives

A specification only tells part of the story.  Aircraft, commercial vehicles, robots and industrial machines place very different demands on electric drive systems.  Application requirements have to shape the engineering.  empelsystems.com/home-page-2…  #ElectricPropulsion

Scaling an electrified product shouldn't mean starting again.  EMPEL's modular approach maximises commonality across systems, parts, tooling and manufacturing methods as programme requirements evolve.  Built to adapt. Designed to scale.  empelsystems.com/home-page-2…  #Engineering

150–600kW. Speeds exceeding 20,000rpm.  The EMPEL EM200 Series is engineered for high-performance automotive, aerospace, marine and advanced industrial applications.  Explore the platform: empelsystems.com/home-page-2…  #EM200 #ElectricPropulsion

When space and mass are limited, electric drive architecture matters.  EMPEL's EM100 Series supports 30–100kW applications where compact packaging and performance are critical.  Discover the EM100 Series: empelsystems.com/home-page-2…  #ElectricDrives #EmpelSystems

Successful electrification starts with the right decisions.  EMPEL supports customers with product strategy, technology planning and product-specific studies before programmes move into detailed development.  Start the conversation: empelsystems.com/home-page-2…  #Electrification

John Martin and Tim Strafford are on site for the final day at The Aachen Automotive Colloquium 2026, showcasing EMPEL’s highly integrated eModules, which combine high-performance eMotor technology with embedded inverter capability for next-generation electric propulsion.

Inside the inverter.  EMPEL eModules integrate silicon carbide inverter technology to support efficiency, responsiveness and compact packaging across electric propulsion applications.  empelsystems.com/home-page-2…  #SiC #PowerElectronics #EmpelSystems

From prototype to production.  EMPEL Systems brings engineering and production together to support electric drive technologies that are designed, tested and manufactured with quality and consistency in mind.  empelsystems.com/home-page-2…  #ElectricPropulsion #UKManufacturing

Performance insight does not stop at delivery.  EMPEL Systems uses IoT-enabled diagnostics to support real-time performance monitoring, helping reduce downtime and improve lifecycle management.  #Diagnostics #ElectricDrives #EmpelSystems

Configuration control matters.  At EMPEL Systems, product lifecycle management tools support configuration, traceability and compliance across electric propulsion programmes.  #Traceability #EngineeringQuality #EmpelSystems

Validating performance before hardware is built.  EMPEL Systems uses Digital Twin and simulation environments to support design validation under realistic operating conditions before hardware is produced.  #DigitalTwin #Engineering #EmpelSystems

High-speed applications demand more than speed alone.  The EM75 Turbo eModule supports compact integration and power density for demanding electric propulsion applications.  empelsystems.com/home-page-2…  #EM75 #ElectricDrives #EmpelSystems

Control is central to electric drive performance.  EMPEL Systems integrates control software into scalable eModules, supporting functional safety, adaptive control and compatibility across hybrid and electric architectures.  #ElectricDrives #SystemIntegration #EmpelSystems

Performance has to be proven.  At EMPEL Systems, every eMotor undergoes mechanical, electrical and acoustic testing to confirm performance against specification.  Tested to perform. Engineered for real-world operation.    empelsystems.com/home-page-2…  #ElectricPropulsion

High-performance electric drives demand more than strong specifications.    At EMPEL Systems, every solution is engineered for real-world performance and reliability.    #ElectricDrives #Engineering #EmpelSystems

High-load applications demand reliable electric drive systems.    Discover how EMPEL Systems engineers integrated motor and inverter technologies for commercial and off-highway vehicles.    empelsystems.com/    #ElectricDrives #Engineering

Up to 175,000rpm.     Discover the EM75 eModule – an integrated motor and inverter solution for high-speed turbo-machine applications.     empelsystems.com/home-page-2…     #ElectricDrives #Engineering #EmpelSystems

Effective electric drive development starts with the right engineering approach.    Discover how EMPEL Systems supports electric propulsion programmes from prototype to production.    empelsystems.com/    #ElectricDrives #Engineering #EmpelSystems

As electric propulsion systems become more compact and power-dense, which challenge will have the biggest impact over the next five years?    Thermal management  Power density  System integration  Manufacturing scalability    Vote below and tell us why.    #ElectricPropulsion