Standardized and custom-configurable DC converter solutions designed for OEM integration, commercial fleets, and heavy-duty industrial applications across Belgium and the EU.
As Belgium transitions its energy framework to handle intense industrial electrification, bidirectional DC/AC and DC/DC conversion technologies serve as the vital link between localized storage, commercial fleets, and grid stabilization networks.
Modern industrial energy ecosystems require ultra-high conversion efficiency to minimize thermal dissipation and operational costs. Our bidirectional power converters integrate wide-bandgap Silicon Carbide (SiC) MOSFET semiconductors within a Dual Active Bridge (DAB) architecture, achieving peak system efficiencies exceeding 97.8%.
This dynamic dual-directional power transfer enables seamlessly switching between charging battery assets (buck mode) and back-feeding stored energy into local facility microgrids or the utility grid (boost mode) within sub-millisecond response thresholds.
In Belgium, all decentralized production and energy storage units connected to low or medium voltage distribution grids (operated by Fluvius, Ores, Sibelga, or Resa) must strictly comply with Synergrid C10/11 regulatory standards. Our bidirectional converter systems feature fully parameterizable reactive power control (cos φ), active frequency response, and automated anti-islanding mechanisms engineered to fulfill C10/11 grid compliance automatically upon deployment.
Engineering excellence refined over 35 years of high-voltage industrial power system design, automated testing, and international OEM supply partnerships.
Quality and repeatability are paramount when manufacturing high-reliability bidirectional power supplies. Every unit undergoes strict automated end-of-line testing using customized DTS software test stations before shipment.
By keeping SMT/THT printed circuit board assembly, potting encapsulation, firmware parameterization, and final safety isolation validation under one roof, we provide total traceable quality assurance for European buyers.
Tailored bidirectional power management solutions designed to solve specific operational and grid challenges in the Belgian industrial landscape.
Integrated bidirectional fast charging stations for heavy AGVs and automated yard tractors. Systems absorb excess solar generation during daytime shifts and return stored energy to offset peak facility charges during intensive container crane operations.
Logistics & Heavy MobilityDesigned for manufacturing plants operating under the Flanders Peak-Capacity Tariff (Capaciteitstarief). Bidirectional converters instantaneously discharge local battery storage during power draw spikes, keeping monthly peak demand charges strictly controlled.
Peak Shaving & Tariff ControlEnabling corporate EV parking hubs to operate as aggregated Virtual Power Plants (VPP). Systems draw low-cost power under dynamic day-ahead pricing tariffs and discharge back into corporate microgrids during high-rate peak hours.
V2G / V2X Fleet HubsUtilized in vehicle assembly plants across Ghent and Brussels for end-of-line (EOL) battery testing. Bidirectional converters charge new battery modules and regenerate power back into the assembly line grid during discharge test cycles.
Industrial Test SystemsPaired directly with commercial roof-mounted solar installations in Wallonian industrial estates. Bidirectional DC converters balance intermittency, ensuring smooth localized solar self-consumption without triggering DSO voltage limits.
Renewable IntegrationUninterruptible bidirectional DC power conversion operating as rapid emergency backup systems. Ensures instant seamless transition between main grid supply and battery bank reserves during regional utility dropouts.
Emergency Power & UPSRegulatory shifts, corporate fleet incentives, and grid infrastructure developments driving bidirectional conversion demand in Belgium.
Effective from 2026, Belgium's federal tax regime exclusively grants tax deductibility to zero-emission company vehicles. This landmark regulation is driving an explosive transition toward commercial electric fleets, escalating local grid connection loads at corporate headquarters and logistics parks.
To prevent massive capital expenditure on grid capacity upgrades, Belgian enterprise buyers are rapidly implementing bidirectional converters paired with Stationary Battery Energy Storage Systems (BESS) to buffer high-power fleet charging demands.
Belgium’s transmission system operator, Elia, actively buys fast-frequency response services to balance grid frequency at 50 Hz. Industrial facilities deploying certified bidirectional converters can participate in primary (FCR) and secondary (aFRR) frequency control markets.
Our bidirectional systems support sub-second response times and automated droop-control curves, allowing facility managers to turn energy storage assets into recurring revenue streams while maintaining core operational battery reserves.
From initial topology design to long-term lifecycle support, discover how our integrated German engineering and global manufacturing deliver unmatched procurement value.
Hardware architecture, microcode firmware development, PCB layout, chassis mechanics, thermal potting, and safety testing are managed entirely in-house. This eliminates multi-vendor friction and accelerates customization loops.
Potted housings protect delicate microelectronics from conductive dust, chemical fumes, high humidity, and heavy operational vibration typical of heavy manufacturing and port logistics environments.
Every single power converter undergoes rigorous multi-stage end-of-line verification via our proprietary DTS software, ensuring 100% parameter accuracy, dielectric safety, and CAN communication protocol verification.
Utilizing planar transformers and low-profile inductors, our converters offer extremely compact volumetric power densities, permitting seamless integration into tight wallbox enclosures or vehicle chassis.
Pre-configured with industry-standard communication layers including CAN bus (2.0B / SAE J1939), Modbus TCP, and OCPP 1.6J/2.0.1, ensuring effortless interfacing with local Energy Management Systems (EMS).
We guarantee long-term spare parts availability, fast localized repair logistics across Western Europe, and continuous firmware security updates to protect connected industrial assets against cyber threats.
Addressing crucial engineering, regulatory, and logistics questions regarding bidirectional converter deployment in Belgium.
Our bidirectional power converters feature dedicated grid-tied firmware modes engineered specifically to comply with Synergrid C10/11 requirements for connection to Belgian low and medium voltage grids. The units support automatic loss-of-mains (anti-islanding) detection, configurable voltage-dependent reactive power modes (Q(U)), and active power reduction under over-frequency conditions (P(f)). Certified test reports and grid parameter templates are provided for rapid submission to local DSOs such as Fluvius, Ores, and Sibelga.
We manufacture two primary bidirectional platform families: the standard low-to-medium voltage series (spanning 200V DC to 500V DC) and the high-voltage DVCHx3 series capable of handling input voltages up to 900V DC. This broad range guarantees compatibility with legacy 400V battery topologies as well as next-generation 800V/900V electric vehicle architectures and high-density industrial BESS racks.
Yes. All units are equipped with industrial-grade digital communication ports supporting CAN-Bus (CANopen / SAE J1939 protocols), Ethernet Modbus TCP, and RS485 interfaces. We provide comprehensive register maps, MIB files, and sample integration code to ensure smooth data exchange with commercial EMS platforms, SCADA networks, or cloud aggregation software.
Industrial facilities in port areas (such as Antwerp or Ghent) often present high ambient moisture, salt air, and airborne dust. Contact cooling relies on conductive heat transfer via a heavy-duty cold plate directly to an aluminum chassis or heat sink, eliminating high-maintenance cooling fans that suck in airborne contaminants. Combined with IP65-rated polyurethane potting, sensitive power electronics remain completely sealed and immune to environmental degradation.
Utilizing high-speed Silicon Carbide (SiC) switching devices and low-latency DSP controllers, our bidirectional converters execute full power direction reversal (from full buck power to full boost power) in under 10 milliseconds. This rapid dynamic response is essential for compensating instant load surges and participating in secondary frequency control (aFRR) balancing services.
Absolutely. Because our engineering team manages complete product design, PCB assembly, mechanical enclosure fabrication, and software configuration in-house, we readily support tailored modifications for low-to-medium volume production runs. Customization options include custom connector types, bespoke mechanical mounting dimensions, targeted firmware protocols, and tailored thermal management interfaces.
Consult with our application engineers to select, configure, and integrate the optimal bidirectional power converter platform for your project in Belgium or the broader European market.