Continuous in-house R&D for charging, conversion and test technology.
High-voltage DVCHx3 converter platform with CAN / J1939 communication.
Design, PCB assembly, potting, testing, documentation and worldwide repair.
Deployed in vehicle plants, rail fleets and logistics centres across continents.
Global automotive manufacturers, tier-1 suppliers, and independent procurement specialists searching for an Automotive Battery Charger no longer rely solely on basic keyword matching. Modern search engines driven by semantic intent look for deep information gain, technical transparency, and authoritative expertise. When evaluating electronic power solutions for vehicle assembly lines, showroom floors, or rigorous workshop maintenance, decision-makers demand comprehensive data regarding electrical safety, thermal management, software integration, and compliance with rigorous international automotive standards.
At Deutronic, our 35+ years of German engineering heritage allow us to address complex search queries and technical user intent directly. By providing transparent architectural insights, precise performance metrics, and end-to-end support ecosystems, we empower global procurement teams to make informed, risk-free investments. Below, we explore the core product recommendations, future procurement trends, technological evolution, and frequently asked questions designed to provide ultimate clarity for your next supply chain decision.
Every Deutronic family starts as a series product and can be adapted to your electrical, mechanical and communication specification — because hardware, firmware and production stay under one roof.
Deutronic is a technology and market leader in automotive charging: our charging computers keep vehicles powered across the complete life cycle — from assembly line and end-of-line testing, through showroom and workshop, to long-term trickle charging.
Our latest converter generation combines planar magnetics with a flat, compact housing to deliver high power density. Contact cooling removes the need for a complex liquid or forced-air cooling concept — even at input voltages up to 900 V DC.
Centralised and decentralised power supplies designed for industry and logistics duty cycles. Choose fully potted units for exposed installation, or 19″ and DIN-rail formats for cabinet integration — with customer-specific variants developed on request.
The D-Sinus family are state-of-the-art sinusoidal commutated speed controllers. Regulating motor current to a true sine wave delivers highly efficient control plus a smooth, even and noticeably quieter motor run — ideal for pumps, fans and drive units in sensitive environments.
We design made-to-measure test and measurement systems to your specification. Individually selected instrumentation from leading manufacturers plus the flexibility of our own DTS test software creates a safe, reliable and efficient system for nearly every electrical device under test — including multi-variant benches.
As global mobility shifts towards advanced electrification, autonomous vehicle testing, and stringent factory automation, the criteria for selecting an Automotive Battery Charger are undergoing a profound transformation. Modern industrial buyers are moving away from generic off-the-shelf devices, prioritizing integrated smart systems that offer high efficiency, digital traceability, and future-proof adaptability.
Modern production facilities require charging infrastructure capable of bidirectional communication. Integration via protocols like CAN bus and DC-Connect ensures real-time telemetry, remote firmware updates, and flawless traceability across multi-plant manufacturing environments.
With corporate sustainability mandates tightening worldwide, energy loss during production-line testing and vehicle commissioning represents a critical cost center. High-efficiency power topologies significantly reduce thermal dissipation and overall operational expenditure (OPEX).
The coexistence of traditional lead-acid auxiliary batteries and modern lithium-ion energy storage systems demands intelligent charging hardware capable of dynamically adjusting charging curves without manual hardware reconfiguration.
Standardized mass production often falls short in specialized vehicle manufacturing. Procurement teams increasingly value manufacturers who maintain in-house R&D and flexible PCB manufacturing to deliver tailored solutions even for moderate batch sizes.
Our engineers translate application requirements — duty cycle, environment, interfaces, standards — into a power or test architecture that survives the factory floor and the field.
Hardware and software matched to each charging task deliver maximum safety and reliability. Proven thousands of times over, Deutronic charging computers have been used by leading OEMs worldwide for decades, with full interconnectivity through DC-Connect.
Charging technology
A broad DC/DC converter spectrum for electric and hybrid vehicles, mobile working machines and highly specialised railway applications. CAN-controllable and adaptable to your communication protocol, with customer-specific changes possible even in small series.
Transportation
Planar-component converters for e-mobility and fuel-cell platforms provide high current carrying capacity in a very flat design. Together with industry-grade power supplies they withstand shock, humidity and aggressive atmospheres in warehouses and terminals.
Logistics
Modular component assembly plus our universal DTS software results in application-specific test systems without conceptual limits. The specimen type and the required degree of automation define the framework of the overall solution.
Test & Automation
Expertise in software, hardware, electronics and PCB technology — combined with component assembly, product-specific testing and complete documentation — makes us a long-term partner for well-known OEM device manufacturers and component suppliers.
With experienced, highly motivated staff we develop bespoke printed circuit boards in THT and SMD technology, electronic assemblies, mechatronic components, and complete devices and systems: either in ready-to-install sub-stages or fully assembled and ready for sale.
Procurement teams evaluate more than a datasheet: they assess supply reliability, documentation quality, lifecycle support and compliance. These are the four pillars we are audited on.
Concept, electronics development, firmware, mechanics, potting, assembly and final test are handled internally — shortening change loops and clarifying responsibility.
A distributor and service partner network supports commissioning, spare parts and repairs close to your plant, keeping production downtime measured in hours, not weeks.
High-efficiency topologies, repairable product design and responsible manufacturing reduce energy consumption and total cost of ownership over the device life cycle.
As part of an industrial group we combine the agility of a mid-sized specialist with the capacity, sourcing power and stability of a larger organisation.
Expansion projects, trade-show appearances and team news from our engineering and sales organisation.
At the Donald E. Stephens Convention Center near Chicago, our team showcases the latest contact-cooled DC/DC converter generation for industrial and off-highway vehicles — the fourth consecutive year at the show.
The move to a new state-of-the-art facility in Duncan, South Carolina triples operational capacity, bringing faster local support, stocking and service to North American customers.
With ten years of sales, customer service and project coordination experience, she strengthens long-term partnerships and supports key accounts across the region.
Industrial automotive chargers engineered by Deutronic are specifically designed for continuous 24/7 operation in harsh factory environments. They feature advanced thermal management, high surge immunity, multi-stage charging algorithms for diverse battery chemistries (lead-acid, AGM, GEL, and lithium), and robust networking interfaces like CAN bus for assembly line telemetry.
The DVCx3 series covers lower input voltages, while the DVCHx3 series operates with high-voltage inputs up to 900 V DC. Both families are contact-cooled, available as galvanically isolated or non-isolated versions, and can be parameterised over standard CAN or SAE J1939.
Yes. Our charging computers are designed for end-of-line and production use, with charging curves for lithium and lead-based 12 V batteries, diagnostic interfaces and DC-Connect network integration for traceable charging data across the whole plant.
We combine modular instrumentation from leading manufacturers with our in-house DTS test software to build manual, semi-automated or fully automated stations — including multi-variant systems that test several product types on a single bench.
Because development, PCB assembly, potting, final assembly and testing take place in-house, hardware and firmware adaptations are feasible even for small and medium series volumes, with documented change control.
Our worldwide service organisation and distribution partners provide commissioning support, spare parts, repair handling and application engineering assistance throughout the product life cycle.
Access comprehensive documentation, performance curves, and engineering guidelines for our industrial power electronics and automotive charging solutions.
Send us your specification — voltage, power, environment, interfaces and volumes — and our application engineers will propose a suitable platform.