Corporate
SOLUTIONS BY APPLICATION
SMART POWER DISTRIBUTION SYSTEMS
Designed not just to distribute power, but to command the mission.
Modern defense platforms face an unprecedented operational load. Radars, mission computers, weapon systems, sensors, and communication infrastructures operate simultaneously. In such complexity, distributing power alone is not enough—systems must decide when, how much, through which channel, and with what priority power should be delivered. Verte Elektronik’s Smart Power Distribution Systems are engineered to meet this challenge. Moving beyond traditional relay and fuse-based panels, these systems control, monitor, analyze, and respond automatically—ensuring mission continuity. Built on SSPDU architecture, these systems transform power management into an active technology across air, land, and naval platforms.
VERTE ELECTRONICS
Solid-State Power Distribution Systems (SSPDU)
A seamless and manageable power infrastructure that enhances mission safety.
SOLID-STATE POWER DISTRIBUTION SYSTEMS
Verte Elektronik’s SSPDU solutions overcome the limitations of traditional fuse and relay systems. Thanks to solid-state switching architecture, power management becomes active rather than passive. Each output channel can be individually monitored, protected, and configured to respond automatically based on mission scenarios via communication with the mission computer. In special cases like “battle mode,” the system prioritizes power flow to prevent interruptions to critical systems.
Solid State Power Distribution Unit
SSPDU-28D-16-238-CXX
SSPDU-28D-16-238-CXX is a high-density, low-profile military power distribution unit with 16 channels and a 6–48 VDC input range. It is…
Type
SSPDU
Input Voltage
6–48 VDC
Total Output Current
238 A
Number of Channels
16
Solid State Power Distribution Unit
SSPDU-28D-16-238-EXX
SSPDU-28D-16-238-EXX is a low-profile military power distribution unit that distributes 6–48 VDC input voltage across 16 channels. Optimized for naval…
Type
SSPDU
Input Voltage
6–48 VDC
Total Output Current
238 A
Number of Channels
16
Solid State Power Distribution Unit
SSPDU-270D-14-140-DXX
SSPDU-270D-14-140-DXX is a military-grade SSPDU solution that distributes high input voltages ranging from 100–400 VDC across 14 independent channels. It…
Type
SSPDU
Input Voltage
100–400 VDC
Total Output Current
140 A
Number of Channels
14
Silent and fast circuit control with solid-state switching
Overcurrent and thermal protection with I²T-based channel safeguarding
Mission computer integration via CAN, RS-422/485, and Ethernet
Microsecond-level short circuit detection and isolation
Uninterrupted mission support with battle mode
Independent on/off control and fault monitoring for each output channel
MIL-STD-461 and MIL-STD-810 compliant design
These systems provide uninterrupted and intelligent power to mission computers in armored land vehicles, flight control modules in UAVs, and sonar and communication infrastructures aboard naval platforms.
VERTE ELECTRONICS
Platform-Specific Power Distribution
The modular structure offers flexible configurations that can be integrated into various platforms.
PLATFORM-SPECIFIC POWER DISTRIBUTION
Our smart power distribution systems are designed to adapt to the unique needs of different platforms. They enable seamless integration within the confined spaces of armored vehicles, weight-constrained zones of UAVs, or cabinet systems on naval vessels. With channel paralleling, predefined mode maps, and configurations stored in system memory, an optimized distribution structure is achieved for every mission.
Solid State Power Distribution Unit
SSPDU-28D-16-238-CXX
SSPDU-28D-16-238-CXX is a high-density, low-profile military power distribution unit with 16 channels and a 6–48 VDC input range. It is…
Type
SSPDU
Input Voltage
6–48 VDC
Total Output Current
238 A
Number of Channels
16
Solid State Power Distribution Unit
SSPDU-270D-14-140-DXX
SSPDU-270D-14-140-DXX is a military-grade SSPDU solution that distributes high input voltages ranging from 100–400 VDC across 14 independent channels. It…
Type
SSPDU
Input Voltage
100–400 VDC
Total Output Current
140 A
Number of Channels
14
Compact and lightweight design for integration in confined spaces
Compatible with 6–48VDC and 270VDC systems
Channel paralleling support
Manual control and LED status monitoring via front panel
User configurations stored in device memory
Independent on/off switching and fault monitoring for each output channel
Mode memory support for rapid mission profile switching
Platform-specific SSPDU configurations easily adapt to both mechanical layouts and mission variability. This flexibility allows different operational scenarios to be supported with the same hardware architecture.
VERTE ELECTRONICS
Intelligent Systems That Manage Power
Real-time monitoring, analytics, and a user-friendly management interface.
REAL TIME MONITORING AND CONTROL
Our intelligent power distribution systems continuously monitor energy flow, instantly detect faults, and record the system’s operational history. Thanks to advanced user interface software, each channel can be configured individually, fault conditions can be analyzed, and custom modes can be defined. SSPDU units enable centralized monitoring of the platform’s overall power health by integrating with the main mission computer.
Solid State Power Distribution Unit
SSPDU-28D-16-238-EXX
SSPDU-28D-16-238-EXX is a low-profile military power distribution unit that distributes 6–48 VDC input voltage across 16 channels. Optimized for naval…
Type
SSPDU
Input Voltage
6–48 VDC
Total Output Current
238 A
Number of Channels
16
Real-time current, voltage, and status monitoring for each channel
Logging of fault history and warning logs
Remote monitoring and configuration via SSPDU control software
Support for user-defined scenarios and mode configuration
Automatic fault reset and restart options
Battle override and predefined power distribution maps
Platform integration via CAN/RS-422/RS-485
Thanks to the real-time monitoring and analysis infrastructure, users not only track power management but also dynamically shape energy flow according to mission priorities.
