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PDU stands for Power Distribution Unit. A centralized device responsible for managing electrical power flow from one or more sources to various systems within a platform. It ensures each subsystem receives stable voltage and current, while safeguarding the system from faults and electrical hazards.

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. 

In this article, I want to share my experience with Celsius PowerDC and how it can help accurately design three-phase inverters using single layer aluminum PCBs, a well-known technique to achieve high thermal performance in both high-power LED lighting and motor driver applications like this one.

Field-Oriented Control is widely used, but rarely explained from the ground up. This article reveals the intuition behind the Clarke and Park transformations, showing how complex three-phase motor signals are turned into clean, controllable DC quantities. If you have ever used FOC but wondered why the math looks the way it does, this is where it finally clicks.

Modern systems whether on land, at sea, or in the air demand more than just power. They require intelligence, adaptability, and endurance. From defense to telecom, robotics to marine platforms, Redler Technologies delivers motion and power control solutions that meet the challenges of demanding environments with confidence.

Power On-the-Go: Why Distribution Matters in Overlanding, RVs, and Marine Builds

DC circuit breakers perform a critical role in systems we use daily, and even more so in automotive, defense, and robotics applications. A traditional circuit breaker is an electromechanical switch—either a stand-alone element or a part of a power distribution device—whose primary function is to protect electric circuits, components and systems from electrical hazard.