What is Solid State?
Solid State Power Management: Engineering Reliability for Modern Systems When mission success depends on power integrity, mechanical systems reach their limits. Solid state power management replaces traditional relays and fuses with semiconductor based switching and intelligent electronic control, creating power architectures that are faster, safer, and more reliable.
Power Designed for Certainty
In defense vehicles, robotic platforms, and industrial automation, power delivery must be continuous, precise, and predictable.
Solid state power management (SSPM) provides this assurance by controlling energy flow electronically rather than mechanically.
With no moving parts, it eliminates the wear, vibration, and contact degradation that compromise mechanical systems, ensuring steady operation even in harsh environments.
Unlike traditional power control, which reacts only after a fault has occurred, SSPM continuously monitors current and voltage conditions in real time.
This allows for instant, intelligent protection and efficient load management across the entire system.
What Makes Solid State Power Management Essential
Instant Protection
SSPM detects and isolates faults in microseconds, protecting sensitive electronics and preventing cascading failures.
Intelligent Control
Each channel can be configured digitally, allowing precise current limits, trip curves, and operating priorities that adapt to mission demands.
Data Driven Performance
Built in telemetry, diagnostics, and communication interfaces such as CAN and Ethernet enable operators to monitor system behavior, perform remote adjustments, and predict maintenance needs before they arise.
Compact and Modular Architecture
Solid state power modules reduce weight, space, and wiring complexity while increasing system flexibility and scalability.
Silent and Maintenance Free Operation
No moving contacts mean no friction, noise, or mechanical fatigue, only quiet, efficient, and continuous performance.
Smart Power for Smart Systems
In modern connected platforms, SSPM forms the foundation of smart power distribution.
It enables adaptive load prioritization, ensuring that critical subsystems remain powered even under high stress or partial system failure.
By integrating protection, switching, and communication in one intelligent unit, SSPM allows energy to be managed dynamically, not just distributed.
This approach turns power control from a passive safeguard into an active contributor to system resilience and efficiency.
The Redler Advantage
At Redler Technologies, solid state power management is more than a design concept.
It is a proven engineering foundation for performance without compromise.
Our Power Rider and RD Series PDUs combine solid state protection with software configurability and full lifecycle reliability.
Each channel is fully programmable to match current thresholds, mission profiles, and operational requirements.
Through built in communication interfaces, our PDUs connect seamlessly to networked control systems, providing real time feedback and diagnostics that keep critical operations running.
Redler’s patented technology integrates ultra fast solid state switching with advanced electronic protection, achieving reaction times measured in nanoseconds.
This enables predictive fault handling, improved safety, and continuous uptime in even the most demanding environments.
Engineering the Future of Power
From armored vehicles and defense systems to advanced robotics and industrial automation, Redler’s SSPM solutions empower engineers to design platforms that are lighter, smarter, and more resilient.
We build systems that make reliability measurable and performance repeatable, because in every mission, someone depends on it.
Redler Technologies. Engineering Certainty in Every Connection.