Engineered for high power density, thermal resilience, and seamless grid integration. Select a configuration below for specialized OEM/ODM customization options.
As Romania establishes itself as a central hub for Eastern European automotive assembly, intralogistics expansion, and industrial decarbonization, the demand for high-reliability OEM/ODM DC/DC boost converters has intensified.
Modern power conversion architecture requires moving beyond standard off-the-shelf topologies. Industrial applications across Romania—ranging from automated guided vehicles (AGVs) operating in Cluj-Napoca logistics centers to high-voltage auxiliary power systems in electric mass transit—demand custom DC/DC boost converters optimized for input fluctuations, extreme ambient temperatures (-25°C to +85°C), and stringent electromagnetic compatibility (EMC) standards defined by European norms (EN 61000-6-2 / EN 61000-6-4).
Our OEM/ODM engineering matrix bridges the gap between low-voltage storage (12V, 24V, 48V battery systems) and high-voltage DC distribution busses (400V, 750V, 900V DC). By integrating advanced planar magnetics, Silicon Carbide (SiC) MOSFET switching stages, and contact-cooled thermal dissipation plates, we eliminate traditional failure points associated with fluid lines and forced-air fans in harsh environments.
Complete single-source operational control: from topology simulation and firmware design to SMT assembly, potting, and automated end-of-line testing.
Deploying robust power conversion on vehicle manufacturing lines and staging workshops across Romania. Designed to maintain stable output despite severe electrical noise inherent to industrial automotive assembly facilities.
Our DVCx3 and high-voltage DVCHx3 converter series integrate ultra-flat planar transformers with direct contact cooling. By routing thermal losses through heavy-duty cold plates, these converters operate reliably without internal moving parts.
For decentralized machinery layouts in modern Romanian industrial facilities, centralized power distribution can lead to massive copper losses. Our fully encapsulated, potted power supplies allow mounting directly onto equipment frames in harsh environments.
The D-Sinus controller family leverages dynamic phase modulation to deliver true sinusoidal drive currents to electric motors, dramatically cutting audible noise and torque ripple in precision industrial equipment.
Every customized boost converter, battery charger, and power supply manufactured under our DEUTRONICsystems division undergoes rigorous verification driven by our proprietary DTS test software architecture.
Custom power electronics tailored to meet specific environmental and technical demands of major industrial clusters in Mioveni, Craiova, Timișoara, Cluj-Napoca, and Dobrogea.
High-reliability DC boost converters power vehicle testing equipment, EOL programming stations, and onboard auxiliary systems for major vehicle assembly plants located in the Argeș and Dolj regions. Designed to resist voltage sag during continuous duty cycles.
Logistics facilities around Timișoara, Arad, and Cluj-Napoca utilize automated guided vehicles (AGVs) requiring compact 24V-to-48V or 48V-to-400V boost converters. Contact cooling ensures zero maintenance in dust-heavy automated storage installations.
Romania's massive renewable developments in the Dobrogea region require intermediate DC boost conversion stages to step up variable PV/wind battery bank voltages up to regulated high-voltage DC buses for commercial energy storage systems (ESS).
Custom railway-certified DC/DC converters handling wide input voltage bands (e.g., 72V, 110V nominal DC input stepped up for auxiliary blowers, sensors, and communication nodes) compliant with EN 50155 standard for rolling stock in Bucharest and regional rail networks.
Key regulatory, economic, and technological trends shaping power electronics procurement across the Romanian national market.
Romania's National Recovery and Resilience Plan (PNRR) has allocated billions of Euros into industrial modernization, green transport infrastructure, and energy efficiency. B2B manufacturers expanding operations in Romania require boost converters and power supplies that satisfy strict EU green energy performance benchmarks.
Romanian climatic conditions present significant engineering challenges: sub-zero winter blasts down to -25°C in Carpathian mountainous sectors, paired with high-humidity industrial summer peaks reaching +40°C. Standard commercial-grade converters frequently suffer thermal shutdown. Our potted, contact-cooled units guarantee full rated power output across extended temperature curves.
Following European automotive directions, local suppliers in Romania are transitioning from traditional 400V DC architectures to 800V DC systems for fast EV charging and heavy machine propulsion. Our OEM boost converters support step-up ratios up to 900V DC operating limits using fast-switching SiC components.
All Deutronic power systems shipped into the Romanian market are backed by full CE certification, RoHS/REACH compliance, intra-community EU logistics dispatch, and technical support backed by decades of automotive OEM partner audits.
Technical answers addressing common B2B procurement, installation, compliance, and custom engineering inquiries.
When standard off-the-shelf power modules fall short of your engineering requirements in Romania, DEUTRONICsystems acts as your extended R&D and production line. We develop bespoke printed circuit boards, custom enclosure mechanics, mechatronic sub-assemblies, and fully validated end products ready for immediate system deployment.
Partner with a trusted power electronics manufacturer serving the Romanian industrial sector. Send us your target electrical specifications (voltage ranges, current rating, enclosure dimensions, and communication protocols) for a direct engineering proposal.
