Precision-engineered electrical test equipment and commercial DC fast chargers designed to support global electrification infrastructure, automotive manufacturing, and heavy-duty logistics.
Combining over three decades of advanced German power conversion engineering with China’s enterprise manufacturing scale to deliver uncompromised quality.
Technological and market leadership in automotive end-of-line charging computers. Engineered to keep 12V and high-voltage vehicle systems powered across assembly lines, showrooms, and dealership workshops without voltage sag.
Advanced planar transformer designs with contact-cooling topologies up to 900V DC input. Ideal for commercial e-mobility, fuel-cell power units, and heavy railway systems requiring galvanic isolation and CAN bus integration.
Turnkey automated test equipment (ATE) integrating leading modular hardware with proprietary DTS test execution software. Full traceability and limit testing for complex electrical sub-assemblies and wire harnesses.
Vibration-proof, fully encapsulated power supplies designed for decentralized mounting. Engineered to withstand high shock, moisture, and dust contamination in automated logistics centers and AGV platforms.
D-Sinus series drive controllers providing continuous sine-wave commutation for low torque ripple, maximum system efficiency, and whisper-quiet motor control across industrial hydraulic and traction pumps.
Full-stack electronic contract manufacturing (EMS) covering surface mount technology (SMT), through-hole technology (THT), conformal coating, potting, functional testing, and turnkey mechatronic assembly.
As global industries accelerate their transition toward electrification, the reliance on high-reliability test equipment and robust power conversion architectures has moved from a tactical necessity to a strategic differentiator. Modern automotive OEM assembly lines, commercial fleet depots, and decentralized energy storage networks demand power conversion systems capable of operating continuously under harsh electrical and thermal environments.
Historically, commercial test systems and charging infrastructure suffered from efficiency bottlenecks caused by silicon-based switching topologies, passive cooling constraints, and proprietary communication protocols that hindered system-wide integration. Today, leading Chinese B2B manufacturers—partnered with European engineering frameworks—are delivering next-generation Silicon Carbide (SiC) power electronics and standardized CAN/OCPP communication stacks that drastically lower total cost of ownership (TCO).
To assist global procurement managers and chief engineering officers in evaluating power conversion and automated test equipment, the comparative matrix below highlights key structural parameters:
| Evaluation Parameter | Legacy Testing & Charging Systems | Deutronic-Grade Next-Gen Architecture | Procurement Advantage |
|---|---|---|---|
| Input Voltage Range | 250V – 450V DC Single-Band | Ultra-Wide 200V – 900V DC (DVCHx3 Platform) | Universal compatibility with 400V & 800V EV platforms. |
| Magnetics Topology | Wire-Wound Heavy Transformers | Planar Magnetics with High Power Density | 60% footprint reduction; superior thermal dissipation. |
| Cooling Mechanism | Forced-Air Fans or Liquid Radiators | Contact Cooling / Complete Potting Option | Immunity to dust, humidity, vibration, and mechanical wear. |
| Communication Protocol | Proprietary Serial / Analog Signals | Standard CAN / SAE J1939 / OCPP 1.6J & 2.0.1 | Seamless network integration into SCADA & plant networks. |
| Test Software Ecosystem | Hardcoded Single-Variant Scripting | Modular DTS Framework with Real-Time Traceability | Multi-variant testing on a single physical test bench. |
Procurement executives navigating the global electrical manufacturing landscape must align their sourcing strategies with four critical multi-year trends:
From raw PCB assembly to fully tested mechatronic enclosures, our single-source manufacturing model guarantees absolute quality control and supply chain resilience.
Concept design, hardware schematics, firmware engineering, mechanical layout, potting, SMT line production, final assembly, and end-of-line verification are managed entirely under one roof. This minimizes supply chain risk and accelerates custom prototyping.
Get CatalogOur industrial power supplies and DC/DC converters are engineered to IP55/IP65 standards. Utilizing complete silicone potting and rugged aluminum extrusions, our products perform flawlessly in ambient temperatures from -40°C to +85°C.
Get CatalogAll wholesale test equipment and commercial DC charging products carry global safety and electromagnetic compatibility (EMC) credentials, including CE, UL compliance frameworks, ISO 9001 quality management, and ISO 14001 environmental standards.
Get CatalogAddressing primary technical, logistical, and customization inquiries from industrial engineering and procurement professionals.
Our DVCx3 product line is engineered for lower input voltage applications (12V/24V/48V systems), while the advanced DVCHx3 series operates with high-voltage inputs ranging from 200V up to 900V DC. All models offer contact-cooled options, galvanic isolation, and programmable parameters via standard CAN bus or SAE J1939 protocols.
Yes. Our industrial charging computers are purpose-built for end-of-line (EOL) production environments. They feature multi-chemistry algorithm curves (lithium-ion, AGM, lead-acid), heavy-duty noise immunity against electrical interference, and native DC-Connect network integration for plant-wide data logging and traceability.
Absolutely. We combine modular measurement instrumentation from top-tier instrument manufacturers with our proprietary DTS (Deutronic Test System) software. We design manual, semi-automated, and fully automated testing benches, including multi-variant systems capable of testing multiple distinct SKU types on a single physical rig.
Because R&D, PCB assembly (SMT & THT), encapsulation/potting, and system assembly are conducted in-house, hardware and firmware modifications are highly feasible for both low-volume specialized series and high-volume commercial production runs.
We maintain documented component lifecycle management and offer long-term availability guarantees for industrial equipment lines. Our worldwide service network, supported by technical application engineers, ensures rapid delivery of spare parts, commissioning assistance, and local repair services across 40+ countries.
Need customized power conversion platforms, EOL test benches, or commercial DC EV charging stations? Contact our engineering team today to review your electrical, mechanical, and protocol requirements.
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