In-house R&D, PCB manufacturing, potting, and automated end-of-line testing in Adlkofen, Bavaria.
Hermetically sealed power supplies resisting moisture, aggressive chemicals, dust, and continuous vibration.
Contact-cooled DC/DC platforms with native CAN bus / SAE J1939 telemetry for smart industrial grids.
Trusted by premier automotive OEMs, intralogistics system integrators, and railway manufacturers worldwide.
Modern smart factories, automated logistics centers, and modular production lines are rapidly moving away from legacy centralized switchgear cabinets. Distributed field power units deliver higher system efficiency, modular scalability, and substantial copper cabling savings.
For decades, industrial automation relied on centralized 24V or 48V DC power supplies housed inside bulky central control cabinets. However, as production lines scale across thousands of square meters in automated warehouses and automotive assembly halls, central distribution encounters severe physical and electrical constraints. Long cable runs create excessive voltage drop ($\Delta V = 2 \cdot I \cdot R \cdot L$), demand thick copper wire gauges, increase thermal loading within sealed enclosures, and introduce single-point-of-failure vulnerabilities.
A Decentralized Industrial Power Supply architecture solves these challenges at the fundamental physics level. By stepping down high-voltage AC mains or high-voltage DC distribution buses directly at the point of load (on conveyor frames, robotic arms, AGV chassis, or field-mounted I/O blocks), plant engineers eliminate line loss, drastically reduce cable weight, and discard expensive cooling systems for central cabinets.
Download Deutronic's comprehensive technical whitepaper and product catalog featuring full mechanical, electrical, and CANbus interface specifications.
A side-by-side technical evaluation for system integrators, procurement directors, and electrical design engineers.
| Technical Parameter | Centralized Cabinet Architecture | Decentralized Field Power Architecture (Deutronic Standard) | Engineering Impact & ROI Benefit |
|---|---|---|---|
| 24V/48V Cable Voltage Drop | Significant drop over long distances (>15m), requiring heavy copper cross-sections (e.g., 6mm² – 10mm²). | Negligible; power converted directly at the actuator/sensor node using standard field wiring. | Reduces copper weight by up to 65% and guarantees stable voltage to sensitive field devices. |
| Thermal Management | Heat concentrated inside cabinets; requires active air conditioning or forced fans. | Conduction/contact cooling directly via machine chassis; zero cabinet heat buildup. | Eliminates cabinet cooling maintenance, fan filter changes, and fan failure downtime risks. |
| Environmental Ingress Protection | Typically IP20/IP30 inside cabinets; sensitive to dust, oil mist, or ambient humidity during panel opening. | Full IP65/IP67/IP68 potted encapsulation; resistant to washdown, solvents, and dust. | Enables direct outdoor or harsh-environment installation without auxiliary protective boxes. |
| Vibration & Mechanical Shock | Standard DIN-rail mounting susceptible to vibration fatigue and terminal loosening over time. | Fully potted electronics engineered to IEC 60068-2-6 and extreme shock standards. | Essential for moving platforms, automated guided vehicles (AGVs), and vibrating machinery. |
| System Maintenance & MTTR | Complex troubleshooting inside dense wiring channels; single power unit failure trips multi-zone loops. | Modular plug-and-play field units; rapid M12/7/8 connector swap-outs. | Mean Time to Repair (MTTR) reduced from hours to under 10 minutes. |
| Digital Diagnostics & Telemetry | Analog alarm outputs or basic dry contacts with limited status insights. | Integrated CAN bus, SAE J1939, or IO-Link telemetry for voltage, current, and operating temperature. | Enables predictive maintenance and real-time remote monitoring via plant SCADA/IoT. |
Engineered for maximum power density, extreme mechanical durability, and seamless integration into modern industrial networks.
Deutronic's potted industrial power supplies are specifically developed for decentralized installation outside traditional control cabinets. Encased in rugged aluminum housings and potted with high-thermal-conductivity compound, these units withstand high mechanical vibration, aggressive atmospheric pollutants, and extreme washdown conditions.
Designed for mobile machinery, electric commercial vehicles, automated logistics systems, and high-voltage DC field distribution networks. The DVCx3 and DVCHx3 converter series deliver exceptional power density within an ultra-flat form factor, converting input voltages up to 900V DC down to regulated 12V, 24V, or 48V output rails.
Deutronic is the globally recognized market leader in automotive assembly line charging and production battery power solutions. Our intelligent charging computers feature customizable charging curves for lithium-ion and lead-based batteries, networked seamlessly via DC-Connect software for full traceability across automated production lines.
Pairing decentralized power supplies with distributed motion systems requires ultra-smooth motor regulation. The D-Sinus family regulates motor currents to a precise sine wave, drastically reducing torque ripple and acoustic noise in automated pumps, cooling fans, and decentralized conveyor drives.
Deutronic designs custom end-of-line (EOL) electrical testing systems for complex power electronics, assemblies, and high-voltage vehicle components. By integrating premier measurement instrumentation with our proprietary DTS (Deutronic Test System) software, we provide turnkey test benches for multi-variant production runs.
Key technological shifts global procurement directors and system architects must evaluate when sourcing industrial power units for next-generation automated systems.
Procurement teams are prioritizing power supplies utilizing Silicon Carbide (SiC) and Gallium Nitride (GaN) semiconductors. Wide-bandgap devices dramatically reduce switching losses, enabling higher power density in smaller potted housings with higher ambient temperature thresholds.
Modern procurement guidelines mandate embedded digital intelligence. Future-proof power supplies are no longer passive boxes; they report internal temperatures, output current ripple, input voltage sags, and remaining operating hours via CANbus or Industrial Ethernet directly to plant predictive maintenance engines.
The total cost of installation (TCI) is displacing basic component unit price in procurement evaluations. Standardized M12/M23 quick-connect interfaces allow non-specialist technicians to install or replace decentralized power modules instantly, eliminating custom cabinet terminal wiring cost.
With strict Scope 3 carbon reporting, industrial buyers favor power electronics manufactured under circular design principles. Deutronic's modular internal designs allow component-level repairability and long service lifecycles, significantly reducing total environmental footprint.
How Deutronic's Bavarian R&D center is solving the next generation of harsh-environment power challenges.
Eliminating internal cooling fans is paramount for continuous-duty industrial automation. Thermal heat is conducted away from power MOSFETs and magnetic components through specialized potting compounds into the heavy-duty aluminum chassis, which mounts directly to structural machine beds acting as primary thermal dissipation sinks.
Next-gen decentralized power grids dynamically adjust output characteristics to allow active current sharing across multiple distributed power supplies connected in parallel along extended conveyor belts or crane tracks, providing built-in $N+1$ redundancy without external diode ORing blocks.
To support global equipment exports without regional component switching, modern decentralized converters support universal wide input ranges—accepting single/three-phase AC mains or high-voltage DC distribution inputs (ranging from 100V DC up to 900V DC) within a single housing design.
Decentralized field placement puts power electronics in close proximity to sensitive field sensors and wireless industrial transceivers. Advanced planar magnetics and multi-stage EMI filtering ensure compliance with stringent Class B industrial immunity and low emission standards.
Founded in 1990 in Adlkofen, Bavaria, Deutronic Elektronik GmbH stands as an industry benchmark for customized power electronics and automated test systems. Our vertically integrated operational model guarantees complete control over design, quality, and supply chain integrity.
Unlike suppliers who outsource manufacturing, Deutronic manages every discipline under one roof: hardware design, software development, SMD and THT printed circuit board assembly, vacuum potting, final mechanical assembly, and 100% automated end-of-line verification.
Direct technical answers to questions most frequently queried by global procurement teams and industrial system architects.
A decentralized industrial power supply is a ruggedized, field-mountable power conversion unit designed to be installed directly on machine frames, conveyor tracks, or mobile equipment outside of central electrical control cabinets. Unlike traditional IP20 DIN-rail power supplies that reside inside central enclosures, decentralized units feature high ingress protection (IP65/IP67/IP68), potted electronics, and conduction cooling. This allows 24V or 48V DC power to be converted right next to sensors, actuators, and motors, drastically shortening low-voltage cabling and eliminating voltage drop over long distances.
In centralized power distribution, delivering 24V DC over long distances (e.g., 20 to 50 meters in automated warehouses) requires large copper conductor cross-sections (6mm² to 10mm²) to counteract resistive voltage drop. In contrast, a decentralized architecture routes high-voltage AC or 400V/800V DC distribution lines directly down the machine line using lightweight, small-gauge wire, stepping down to 24V/48V local DC power right at the point of load. This reduces total copper cable mass by up to 65% and simplifies cable tray routing.
Deutronic decentralized power supplies utilize contact (conduction) cooling coupled with high-thermal-conductivity potting resins. Internal power semiconductors (MOSFETs, diodes) and magnetics transfer heat directly through the thermal potting compound into an aluminum housing. The aluminum housing is bolted directly to the metallic machine structural bed, which acts as a massive passive heatsink. This completely eliminates internal mechanical fans, which are the primary failure point in dust-laden or oily factory environments.
Deutronic's DVCx3 series covers standard low input DC voltages, while the DVCHx3 converter platform operates across high DC input voltages up to 900V DC. Parameterization, telemetry monitoring (input/output voltage, current, diagnostic codes), and dynamic control are handled natively via standard industrial CAN bus and SAE J1939 communication protocols, facilitating easy integration into automated guided vehicle (AGV) management systems or plant SCADA networks.
Yes. Deutronic field-mounted power supplies feature full vacuum potting and robust aluminum enclosures rated up to IP65, IP67, and IP68. They are engineered to endure chemical washdowns in food packaging or automotive paint lines, aggressive cutting fluids in machine tool applications, and severe environmental humidity without condensation entering the internal circuitry.
Absolutely. Because Deutronic maintains full single-source in-house engineering—including PCB design, SMD/THT assembly, potting, enclosure fabrication, and automated testing in Adlkofen, Germany—we readily deliver customer-specific modifications for small to medium production volumes. This includes custom voltage outputs, specialized mounting footprints, bespoke connector pinouts, and custom firmware profiles.
Deutronic charging computers are engineered for end-of-line vehicle assembly and workshop charging. Networked via our proprietary DC-Connect software interface, these units automatically adjust charging curves for lead-acid and lithium-ion batteries while logging full process data for complete vehicle quality traceability across global manufacturing plants.
Every Deutronic power unit undergoes rigorous 100% automated end-of-line (EOL) testing using our in-house DTS (Deutronic Test System) software. Tests include high-voltage dielectric insulation (HIPOT), full load burn-in under elevated ambient temperatures, dynamic transient response checks, and CAN bus signal validation, ensuring an exceptional Mean Time Between Failures (MTBF) under demanding field duty cycles.
From custom prototype engineering to global supply chain fulfillment, Deutronic supports your electrification roadmap.
Our facility in Duncan, South Carolina triples operational capacity, bringing rapid local stocking, technical customer support, and local service handling to North American OEMs and system integrators.
Demonstrating our latest contact-cooled DVC series converter platforms designed specifically for decentralized installation in off-highway, mining, and heavy transportation equipment.
Our key account engineering teams provide direct, expert consulting from initial power architecture planning and custom CAD modeling to final factory commissioning.
Connect directly with Deutronic power electronics specialists. Obtain detailed datasheets, 3D CAD step files, and custom design consulting for your next-generation industrial power architecture.