Standard & Custom High Voltage DC Power Topologies
Engineered to satisfy stringent CE, EMC, and Low Voltage Directives, our high-voltage switching supplies, electroplating rectifiers, and solid-state aviation convertors power mission-critical infrastructure across Central and Eastern Europe.
12V/15V 5000A-6000A 75kW Water-Cooled DC Rectifier
- TopologyHigh Frequency IGBT
- ControlCV / CC Digital Display
- CoolingDeionized / Chilled Water
- ComplianceISO 9001 / CE Verified
800V 50A 20kW Programmable HV DC Test Source
- Output Range0–800V DC / 0–50A
- Regulation< 0.1% Line & Load
- InterfaceRS485 Modbus / Analog
- TargetEV Traction & Battery R&D
80kW 1000V–3200V High Precision HV DC Source
- Voltage RatingStep-less up to 3200V DC
- EfficiencyTypical ≥ 91%
- CoolingForced Internal Air Tunnel
- Use CasePulse Modulators / Capacitor
0–100kV High Voltage Capacitor Charging Supply
- Output Potential0 to 100,000V DC
- StabilityHigh Repetition Rate Stability
- ProtectionFast Arc Quench & Crowbar
- Use CasePlasma Physics / Accelerators
90–120kW 2000V Industrial Burn-in System
- AdjustabilityDigital Rotary / Programmable
- Input Line380V/400V AC 3-Phase 50Hz
- Control ModesConstant Current / Voltage
- ApplicationSemiconductor Stress Testing
High-Precision Electrophoresis Coating Supply
- Ramp ControlMulti-stage Soft Ramp Profile
- Ripple Filtering≤ 1% Peak-to-Peak Ultra-Low
- Output ProtectionInstantaneous Short-Circuit
- ProcessCathodic / Anodic E-Coat
930kVA Static 400Hz Aviation Ground Power
- FrequencySolid-State 400Hz Conversion
- Output Potential115V / 200V 3-Phase AC
- Overload Capability300% for Intermittent Start
- ApplicationAirport Apron & MRO Hangars
40–500kVA Clean-Sine Static Frequency Converter
- Conversion Mode50Hz ↔ 60Hz & 400Hz
- THD Distortion< 2.5% Pure Sine Wave
- Internal ModuleIGBT Inverter + Isolation
- DeploymentExport Bench / Defense Avionics
Localized Engineering Deployment in Prague & the Central Bohemian Basin
Navigating the convergence of heavy automotive precision, national laboratory research, and the green electrification corridor surrounding the Czech capital.
Prague serves not only as the political and financial heartbeat of the Czech Republic but also as the administrative, research, and logistics nerve center of the Central Bohemian region (Středočeský kraj)—one of Europe’s densest industrial manufacturing heartlands. As modern industrial plants across Prague’s industrial peripheral districts (such as Vysočany, Hostivař, and Horní Počernice) and adjacent clusters (Mladá Boleslav, Kladno, and Kolín) accelerate their shift toward Industry 4.0, the requirement for robust, highly stabilized High Voltage Direct Current (HVDC) power supplies and specialized rectifiers has transitioned from a generic procurement commodity to a strategic competitive asset.
High voltage power supply architectures in this metropolitan ecosystem encounter rigorous operational demands. Modern facilities require continuous-duty cycling under tough grid harmonics, precise millivolt-level ripple parameters for electro-deposition, and uncompromising thermal resilience. As heavy industries electrify processes previously driven by fossil combustion, our specialized IGBT-based switched-mode power supplies provide the precise operational control, galvanic barrier isolation, and efficiency ceilings necessary to meet Czech National Standard ČSN EN specifications and EU eco-design directives.
Automotive Component Manufacturing
The Prague–Mladá Boleslav supply corridor houses world-class Tier-1 and Tier-2 automotive component manufacturers. In electrophoretic deposition (KTL/E-coat), anodic surface hardening for structural cast aluminum, and high-voltage insulation breakdown test beds for EV lithium battery packs (800V architectures), our power topologies eliminate process micro-arcing and deliver low-ripple output that guarantees uniform film deposition and zero batch rejections.
Advanced Physical Sciences & Optics
Central Bohemia stands as a premier European hub for cutting-edge laser and physics research, anchored by international beamline facilities such as ELI Beamlines and HiLASE in Dolní Břežany, alongside institutes of the Czech Academy of Sciences. Our pulsed capacitor charging systems (reaching 100kV) provide rapid repetitive charging profiles, sub-picosecond trigger timing synchronization, and low electromagnetic emission profiles essential for precision optics and vacuum chambers.
Aero-Defense & Hangar Modernization
With Prague Airport (Václav Havel Airport Prague) expanding its cargo handling, paired with specialized aerospace centers in Vodochody and Kbely, ground support equipment (GSE) requires flawless conversion. Our 400Hz solid-state static converters and 28.5V DC aircraft ground power units directly substitute obsolete, carbon-intensive rotary diesel motor-generators, guaranteeing clean sine waves for sophisticated onboard avionics calibration.
Macro Trends Transforming High Voltage Demands in the Czech Republic
Strategic technological vectors driving technical specifications and equipment selection across the Bohemian industrial landscape through 2030.
The Czech manufacturing sector is undergoing an aggressive green transition driven by the EU Net Zero Industry Act and surging domestic energy tariffs across Central Europe. Industrial engineering managers in Prague are systematically phasing out aging Silicon Controlled Rectifier (SCR) or thyristor-based power systems. The archaic SCR units, while historically robust, carry significant operational liabilities: low electrical conversion efficiencies (often below 75%), catastrophic power factors (0.65–0.78), and enormous physical footprints that burden valuable shop-floor real estate. In response, modern procurement managers are standardizing on Modular High-Frequency Switch Mode Power Supplies (SMPS) utilizing Silicon Carbide (SiC) and Insulated Gate Bipolar Transistors (IGBT), pushing thermal conversion efficiencies beyond 90–94%.
Simultaneously, the regional surge in industrial automation demands complete digital fieldbus convergence. Power cabinets operating across Prague’s manufacturing centers are rarely stand-alone units today; they interface directly with central SCADA, Profinet, Modbus TCP/IP, or CANopen industrial networks. Precision telemetry reporting real-time kilowatt consumption, dynamic ripple analysis, internal capacitor core temperatures, and localized thermal sensor readings are now mandatory prerequisites for baseline predictive maintenance strategies.
| Industrial Vector | Typical Voltage / Output Range | Prague Engineering Benchmark Requirements | Recommended Topology |
|---|---|---|---|
| Cathodic E-Coat / Electrophoresis | 0–400V to 800V DC | 20A–300A | Ultra-smooth programmable soft-start voltage ramp; ripple factor ≤ 1% to prevent bath pinholes | Switching High Voltage DC Rectifier |
| Surface Anodizing & Galvanizing | 12V–150V DC | 500A–15,000A | Water-cooled hermetically isolated enclosure; continuous 24/7 CC/CV transition modes | Water-Cooled High Current IGBT Cabinet |
| EV Traction Inverter & Battery Test | 400V–1,500V DC | 10kW–250kW | Bi-directional source/sink ready; sub-millisecond dynamic response; low line-noise emission | Programmable Switching DC Power System |
| Pulsed Plasma & High Energy Physics | 10kV–100kV DC | 100W–50kW | Constant-current capacitor bank charging; full flashover, crowbar, and short-circuit recovery | Ultra-HV Capacitor Charging Modulator |
| Civil & Defense Aviation MRO | 28.5V DC / 115V AC 400Hz | Up to 930kVA | Solid-state static inversion; low acoustic profile; engine cranking high surge peak handling | Static Solid-State Frequency Converter |
Guangdong Engineering Precision Direct to Prague Importers
Operating an advanced 3,000 m² ISO 9001-certified manufacturing campus in Guangdong, China, Guangdong Fenvix Technology Co., Ltd. has spent over 13 years engineering non-standard, custom industrial power supplies and high-current rectifiers. We do not act as an export trading broker; we are the direct source manufacturer who engineers, fabricates sheet metal, winds high-frequency transformers, writes embedded DSP control firmware, and conducts stringent 100% full-load burn-in testing under one roof.
Czech and European procurement directors bypass intermediary markups, securing fully customized configurations—including non-standard 400V 50Hz, 380V, or specialized DC output curves—with verified compliance with CE, Low Voltage Directive (LVD 2014/35/EU), and Electromagnetic Compatibility Directive (EMC 2014/30/EU). Every unit sent to the European Union undergoes exhaustive insulation resistance checks, high-potential (Hi-Pot) dielectric testing, and oscilloscope waveform validation.
Frequently Asked Questions by Czech Engineering & Sourcing Teams
Comprehensive technical and commercial answers addressing importation, grid integration, CE certifications, and field deployment across the Czech Republic.
How do Fenvix high voltage power supplies integrate with the Czech 400V 50Hz electrical grid?
What specific CE documentation and test reports are supplied for Czech customs clearance?
How should Czech surface finishers choose between closed-loop water cooling and air cooling?
What Incoterms and international logistics pathways are used for delivery to Prague?
Does Fenvix offer pilot prototype customization without demanding massive batch commitments?
How is post-sales technical support and component servicing handled in Central Europe?
Internationally Certified Industrial Authority
Exporting heavy-duty power solutions engineered for zero failure rates across demanding worldwide applications.
ISO 9001:2015
Certified operational quality management system covering design, sourcing, and assembly.
TÜV Rheinland
Factory operations, production capacity, and manufacturing capabilities verified on site.
CE • LVD • EMC
Conformity engineering adhering strictly to European Union electrical safety and interference regulations.
Turnkey Export Packing
Seaworthy, anti-vibration, vacuum-sealed barrier packaging ensuring zero moisture damage in transit.
Consult with a High Voltage System Specialist for Your Prague Project
Whether configuring a 15,000A water-cooled galvanizing rectifier, a 100kV capacitor charging pulse generator, or a custom 400Hz frequency converter for hangar avionics, our engineering desk delivers full circuit schematics, dimensional CAD layouts, and verified export quotations within 24 hours.