Modular Platform Design
- Scalable performance levels
- Configurable application layouts
- Adaptable across vehicle programs
ePTO - Electric Power Take-Off
Why choose an Electric Power Take-Off solution for commercial vehicles?
The transition to electric and hybrid commercial vehicles is changing how auxiliary systems are powered. Traditional mechanical PTO systems face new challenges in electrified drivetrains, creating a need for solutions that deliver flexibility, efficiency and seamless vehicle integration. Magna's ePTO addresses these requirements with a high-voltage platform engineered for next-generation commercial vehicle applications.
“Every customer application is different. That's why we developed an ePTO platform that combines scalable power levels, modular interfaces and seamless vehicle integration in one electrified solution.”
Alexander Lugar
Sales Manager, Engineering Services
What defines Magna´s ePTO
Broad High-Voltage Compatibility
- Supports 350 V to 850 V architectures
- Designed for electrified auxiliary systems
- Suitable for demanding commercial vehicle applications
Integration Flexibility
- OEM-specific interface options
- Available transmission integration
- Additional low-voltage control functions
Optimized Thermal Management
- Direct oil lubrication and cooling
- Transmission oil integration capability
- Optional e-oil module
What are the competitive advantages of Magna´s ePTO?
Magna combines electrification expertise, system integration know-how and a flexible product architecture to help OEMs efficiently power auxiliary vehicle functions.
Key Benefits
- Flexible modular e-machine kit
- Supports diverse customer applications
- Single and duo application configurations
- High power output up to 155 kW peak
- Compact integrated design
- Direct oil cooling for enhanced durability
- Reduced engineering effort through a one-system approach
- Full vehicle integration expertise from Magna
Performance and Technical Data
Designed for demanding commercial vehicle environments, Magna's ePTO delivers high power density, efficient thermal management and compatibility with leading high-voltage vehicle platforms.
Technical Specifications | |
|---|---|
| Specification | Value |
| Voltage Range | 350 - 850 VDC |
| Peak Power | Up to 155 kW |
| Continuous Power | Up to 120 kW |
| Maximum Speed | 12,000 rpm |
| Inverter | Dual inverter incl. drive and power module |
| Cooling | Direct oil lubrication and cooling |
| Control Functions | Additional LV control capability |
| Application Types | Single or Duo Application |
ePTO Contact & Technical Support
For further details about Magna's Electric Power Take-Off solution contact our experts directly.
Magna´s ePTO at a glance
Flexible Configuration
- Adaptable system layouts
- Customer-specific interfaces
- Application-focused design
Power & Efficiency
- Up to 155 kW peak power
- High-speed operation up to 12,000 rpm
- Direct oil cooling
Ready for Integration
- Compatible with modern EV architectures
- Optional transmission integration
- Additional control functionality
Supporting Electrification
- Electrifies auxiliary functions
- Helps reduce mechanical complexity
- Supports future commercial vehicle architectures
FAQs - About Electric Power Take-Off (ePTO)
How does an ePTO work in electric and hybrid vehicles?
An ePTO utilizes electrical energy from the vehicle's high-voltage system to drive auxiliary equipment such as pumps, compressors, generators, and other specialized vehicle functions.
Which vehicle applications can benefit from ePTO technology?
ePTO systems can support pumps, compressors, hydraulic functions, generators, and other auxiliary equipment commonly used in commercial and specialty vehicles.
What voltage architectures are supported?
The platform supports high-voltage vehicle architectures ranging from 350 VDC to 850 VDC.
Does Magna offer single and dual application solutions?
Yes. The modular platform supports both single-application and duo-application configurations depending on customer requirements.
What is the maximum power output?
The system can provide up to 155 kW peak power and up to 120 kW continuous power.
