High Voltage
Power Distribution Units.
Configurable high-voltage power distribution solutions for electrified mobile machinery, vehicles and industrial applications — engineered around the electrical architecture, loads, protection strategy and installation requirements.
A high-voltage PDU should fit the electrical architecture of the machine — not the other way around.
Energy source, loads, switching, protection strategy, available space, connectors and operating environment define the final solution.
Existing PDU platforms provide a proven engineering starting point while the final configuration can be adapted around the individual high-voltage application.
More than a
distribution box.
HV Architecture
The PDU is configured around the energy source, high-voltage loads and required distribution paths throughout the machine.
Protection
Electrical protection is selected around the loads, current paths and operating requirements of the high-voltage system.
Switching & Control
Switching and control functions can be incorporated where the electrical architecture requires controlled connection and disconnection.
Machine Integration
Enclosure, connectors, mounting and internal layout can be adapted around the machine and its available installation space.
The architecture defines the solution.
The internal architecture of a high-voltage PDU is driven by the requirements of the machine. Distribution, protection, switching, interfaces and mechanical integration can be combined into an application-specific unit.
Electrical. Mechanical.
System integration.
Electrical Configuration
Distribution paths, protection functions and switching architecture are configured according to the machine's electrical loads and operating requirements.
Mechanical Configuration
Enclosure, mounting, connector orientation and packaging can be selected around installation space and environmental requirements.
System Integration
The HV PDU becomes part of the wider electrical architecture, connecting the energy source with inverters, chargers, DC/DC converters and other high-voltage loads.
A practical route to
the right HV PDU.
Define the System
Energy source, voltage architecture, electrical loads, operating environment and installation space.
Define the Architecture
Distribution paths, protection, switching, connectors and interfaces are specified.
Configure the PDU
A proven platform is adapted around the electrical and mechanical requirements of the application.
Prototype to Series
The solution can move from engineering and prototype evaluation into serial machine production.
High-voltage distribution for electrified machines.
HV PDU solutions are intended for machine and vehicle platforms where high-voltage energy must be distributed reliably between multiple electrical systems.
What do we need from you?
A few basic system parameters are enough to start evaluating the right high-voltage PDU architecture.
The objective is not to force the application into an existing product. The starting point is the machine and its electrical architecture.
Need an HV PDU configured around your machine?
Tell us about the high-voltage architecture, loads, protection strategy, connectors and installation environment. We can help define a power distribution solution around the application.
Discuss Your HV PDU