Explore our qualified standard platforms and high-voltage power supply units designed for severe operational environments, wide input voltage windows, and long lifecycle stability.
Compact continuous power supply module designed for mobile workspaces, featuring dual USB charging ports, universal AC output socket, and advanced thermal protection.
Heavy-duty off-grid sine wave inverter delivering pristine AC power for marine, RV, and field station operations with selectable 50Hz/60Hz output frequency control.
Ultra-compact encapsulated AC/DC power converters for industrial PCB assembly, offering wide universal input range, 4000VAC isolation, and low standby power consumption.
High-reliability DC/AC inverter engineered for 12V/24V/48V/60V DC battery architectures with real-time input/output digital voltage display and intelligent cooling.
Industrial-grade waterproof DC buck converter module optimized for vehicle telemetry, sensor power nodes, and ruggedized USB output charging infrastructure.
Heavy-duty power conversion platform supporting multi-voltage input options (12V/24V/48V) to 100V/110V/120V AC, equipped with wireless remote management interface.
Ultra-ruggedized 40A voltage step converter housed in heavy-duty extruded aluminum chassis, custom-engineered for forklifts, EV trucks, and extreme machinery.
Industrial grade off-grid power plant inverter designed for residential, commercial backup, and utility installations featuring advanced diagnostic LCD status dashboard.
Combining four decades of power electronics research, planar magnetic integration, and rigorous testing protocols to deliver zero-defect power architecture globally.
In modern industrial, railway, and energy infrastructure, high-voltage power conversion is no longer merely about stepping down DC bus lines or converting AC mains. It demands ultra-high efficiency (>96%), electromagnetic compatibility (EMC compliance under EN 50121-3-2), galvanic insulation, and long-term operating durability under extreme ambient vibration and temperature variations (-40°C to +85°C).
Our engineering methodology integrates Three-Phase Interleaved Resonant Topologies with high-frequency Wide-Bandgap (WBG) semiconductors—specifically Silicon Carbide (SiC) MOSFETs and Gallium Nitride (GaN) switches. By shifting switching frequencies beyond 250 kHz while achieving zero-voltage switching (ZVS), thermal dissipation is minimized by up to 42% compared to legacy hard-switched IGBT systems.
While off-the-shelf catalog products provide rapid deployment for standard DC voltage rails (12V, 24V, 48V, 110V), mission-critical applications frequently demand customized mechanical footprints, specific catenary input transient tolerances (such as 750V, 1500V, or 3000V DC rail spikes), and extended conformal coatings.
Component obsolescence is a major risk in high-reliability long-lifecycle sectors. Our supply chain engineering enforces strict bill-of-materials (BOM) monitoring, dual-sourcing strategies, and guaranteed 15-to-20 year last-time-buy support for installed railway fleets and electrical substations.
A technical guide for power system specifiers, electrical procurement managers, and systems integration engineers evaluate key operating attributes across our primary system families.
| System Architecture | Primary Voltage Range | Efficiency Rating | Cooling Topology | Normative Standards | Ideal Application Sector |
|---|---|---|---|---|---|
| Railway DC/DC Converters | 24V, 37.5V, 72V, 110V, 750V DC | 92% – 95% Peak | Conduction / Natural Convection | EN 50155, EN 61373, EN 45545-2 | Rolling Stock Auxiliaries |
| Catenary DC/AC Inverters | 12V, 24V, 48V, 110V, 300V DC | 93% – 96% Pure Sine | Smart Forced Air / Cold Plate | IEC 62368-1, EN 50121-3-2 | HVAC & On-Board AC Grid |
| Bidirectional AC/DC Battery Chargers | 85VAC – 264VAC / 400VAC 3-Phase | 94% – 97% Active PFC | Forced Air / Liquid Conduction | IEC 61010, IEC 61000-6-2/4 | EV Fleet & Energy Storage |
| Modular AC/DC Rectifier Shelves | 110V / 230V Mains Input | 95.5% High Density | N+1 Fan Cooled Shelves | EN 300 132, IEC 60950/62368 | Substations & Data Centers |
| Ruggedized IP67 Step Converters | 8V – 60V Wide DC Range | 90% – 94% Buck/Boost | Full Aluminum Encapsulated Shell | ISO 16750, IP67 Submersion | Mining, Forklifts & Defense |
Key technological vectors shaping high-voltage power electronics sourcing over the next decade.
Global power procurement is rapidly transitioning away from legacy silicon IGBTs toward Silicon Carbide (SiC) and Gallium Nitride (GaN) switching components. SiC enables smaller magnetic components, drastically reducing module volume by 35% while extending MTBF in high-ambient temperature applications.
Next-generation industrial power supplies are evolving into intelligent IoT edge nodes. Integrated telemetry gateways continuously stream internal capacitor temperature, output ripple currents, and total operational runtime to cloud dashboards, shifting maintenance from fixed calendar intervals to predictive condition-based models.
Procurement frameworks across North America and Europe now prioritize eco-design principles. Power systems built with modular, repairable sub-assemblies reduce total cost of ownership (TCO) and electronic waste, aligning with strict Corporate Sustainability Reporting Directives (CSRD) and ISO 14001 standards.
Founded in 1984, our facility in Hospitalet de Llobregat (Barcelona, Spain) encompasses over 40 years of continuous research, custom power supply engineering, and ISO 9001 certified manufacturing. We maintain fully equipped in-house laboratories for EMC testing, thermal cycling, environmental shock, and high-voltage insulation validation.
Our power conversion systems are deployed in mission-critical applications by industry leaders across transportation, energy, semiconductor manufacturing, and defense:
Direct technical answers to common questions raised by electrical engineering leads, project managers, and strategic buyers.
Provide your target input voltage window, peak power requirement, thermal envelope, and target certification standards. Our engineering team in Barcelona will provide a technical assessment within 24 hours.