75kW Plating
12V 15V 5000A 6000A 75KW Water Cooled Rectifier
- Rating: 12V/15V up to 6000A
- Cooling: Closed-Loop Water Cooled
- Mode: CV / CC Digital Setting
13+
Years Power Engineering Expertise
15,000A
Maximum Output Current Delivery
90%+
High-Frequency Conversion Efficiency
0 MOQ
Single Prototype to Fleet Deployment
Industrial Core Configurations
High-Efficiency Adjustable DC Power Supplies & Rectifiers
Selected industrial architectures featuring continuous CV/CC switching, digital display metrics, and extreme thermal resilience matching Faro's operational requirements.
Compact PCB
12V 150A High Frequency Electroplating Rectifier
- Application: PCB & Precious Metal
- Regulation: Low-Ripple Constant V/C
- Standards: CE, LVD, EMC Compliant
Heavy-Duty
12V 4000A 48kW Industrial Surface Finishing Supply
- Power: 48kW Continuous
- Protection: Overvoltage, Phase-Loss
- Interface: RS485 Modbus Compatible
Descaling
48V 625A 30kW Polarity Reversing Water Treatment Supply
- Function: Auto Polarity Commutation
- Control: Programmable Time Cycle
- Target: Electrolytic Descaling
EV Bench
800V 50A 20kW High Voltage Test DC Power Supply
- Voltage: 0–800V Continuous Adjust
- Dynamic: Fast Transient Step Load
- Application: EV Powertrain & Inverter
Aviation GSE
Portable 28.5V DC Aircraft Ground Power Unit (GPU)
- Current: 100A to 600A Peak Start
- Chassis: Ruggedized Mobile Trolley
- Deployment: Faro Airport & Hangars
Static 400Hz
40–500kVA 400Hz Solid-State Static Converter
- Conversion: 50Hz/60Hz to 400Hz
- Topology: IGBT PWM Pure Sine Wave
- Distortion: THD < 2.5% Non-linear Load
Laboratory
6kW 0–60V 100A Precision Bench DC Power Supply
- Display: 4-Digit Precision Metering
- Features: Preset Memory & Lockout
- Reliability: Continuous Burn-in Validated
Regional Integration
Engineering Power Topologies for Faro’s Ecosystem
From high-salinity marine air mitigation to international aviation aprons, discover how our custom adjustable power units serve vital economic sectors across southern Portugal.
Aviation MRO & Ground Handling
Faro International Airport (FAO) operates as the primary gateway to southern Portugal. Our solid-state 400Hz frequency converters and 28.5V DC Ground Power Units support line maintenance, pre-flight avionics checks, and auxiliary turbine spooling without burning costly aviation fuel or relying on noisy diesel generators.
Maritime Hardware & Cathodic Protection
With major marinas in Olhão, Vilamoura, and Portimão, marine components encounter severe saltwater galvanic corrosion. Fenvix custom electroplating and hard anodizing rectifiers produce exact current density ramps, giving stainless steel and marine aluminum structural resistance against coastal salt fog.
Desalination & Smart Water Systems
Addressing the pressing drought resilience initiatives in the Algarve, our automatic polarity-reversing DC power supplies drive electrodialysis and electrolytic descaling cells. Timed polarity inversion dissolves calcium carbonate crusts from titanium electrodes without toxic chemical washes.
Market Dynamics
Key Market Drivers Transforming Faro’s Power Demands
Engineering analysis of technological migrations, regulatory mandates, and sustainability standards across Portugal’s southern industrial corridor.
Migration from SCR to High-Frequency IGBT
Traditional silicon-controlled rectifiers (SCR) suffer from low power factor (<0.8) and bulky line-frequency transformers. Faro facilities are aggressively replacing SCR systems with IGBT switching units, attaining typical 90% power conversion, <2% ripple, and drastically lowering utility penalties.
Decarbonization of Airport Ground Infrastructure
Following EU Green Deal directives, Portuguese airport operators prioritize electrified apron equipment. Diesel rotary motor-generators are systematically decommissioned in favor of zero-emission 400Hz solid-state static frequency converters that feature near-silent operation and clean THD metrics.
Integration with Regional Solar Arrays
Benefiting from over 3,000 annual sunshine hours, Algarve manufacturing increasingly pairs heavy electrolytic equipment with rooftop photovoltaic arrays. Our power supplies accommodate fluctuating grid conditions via wide input tolerance ranges (±15%) and digital remote tracking.
Engineering Whitepaper Guide
Adjustable Power Supply Selection Matrix
A reference architecture mapping local industrial processes to required electrical topologies, duty considerations, and protection standards.
| Industrial Application | Typical Output Parameters | Essential Electrical Characteristics | Target Local Application |
|---|---|---|---|
| Precious & Hard Metal Plating | 12V – 24V DC / 100A – 6,000A | CC/CV regulation, <2% ripple, optional periodic pulse | Maritime hardware, luxury fittings, PCB lines |
| Architectural Anodizing | 12V – 150V DC / 500A – 3,000A | Current ramp programming, soft start, integrate timers | Algarve structural building profiles & cladding |
| Desalination & Water Descaling | 24V – 48V DC / 100A – 1,000A | Automated forward/reverse polarity, RS485 telemetry | Reverse osmosis pretreatment & hotel cooling towers |
| Aviation Ramp Support | 28.5V DC (Peak 1,200A) / 115V 400Hz | Overload surge tolerance (300% 2s), mil-spec connectors | Faro Airport (FAO) aprons & regional flying clubs |
| Renewable & EV Aging Benches | 400V – 1,000V DC / 20kW – 120kW | Sub-millisecond transient response, SCPI remote interface | University research laboratories & battery rebuilders |
*Custom parameters including non-standard supply voltages (220V/380V/440V 3-phase 50Hz) and closed-loop liquid thermal cooling are engineered on request.
Direct Factory Manufacturer
Integrated In-House Production & Verification
Operating a dedicated 3,000m² manufacturing facility in Guangdong, Guangdong Fenvix Technology eliminates middleman delays, guaranteeing verifiable quality and design flexibility.
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01
Engineering Design Consultation
Senior power engineers evaluate your tank dimensions, local electrical grid variations, and ambient humidity profiles to specify the ideal semiconductor topology.
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02
Precision Sheet Metal & Busbar Fabrication
In-house CNC shearing, punching, and milling machines craft robust steel enclosures and high-conductivity solid copper busbars to handle heavy continuous amperes.
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03
Advanced Component Assembly
Equipped with tier-1 IGBT modules, nano-crystalline magnetic cores, and anti-corrosive conformal coatings to ensure prolonged lifespan in saline environments.
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Rigorous Burn-In & Oscilloscope Calibration
Every single power unit undergoes full-load thermal burn-in, dielectric safety breakdown tests, and oscilloscope waveform analysis before sea packaging.
Buyer Procurement Intelligence
Frequently Asked Questions by Faro Buyers
Practical electrical answers regarding delivery terms, customs clearance in Portugal, marine resistance, and direct engineering configuration.
What electrical parameters are critical when ordering an industrial power supply for Portugal?
To size your equipment accurately, our engineers require your nominal input supply (typically 400V 3-phase 50Hz or 230V single-phase in Portugal), rated continuous output current (A), adjustable voltage range (V), operational mode (Constant Voltage, Constant Current, or automatic transition), duty cycle profile (e.g., continuous 24/7 or intermittent), and communication requirements (RS485 Modbus, 0–10V analog). Specifying whether the equipment will run in air-conditioned test bays or aggressive marine plating workshops guarantees appropriate ingress and thermal sizing.
How do Fenvix power supplies withstand the high-humidity coastal climate of the Algarve?
Coastal environments around Faro, Olhão, and Portimão expose power electronics to airborne salinity, leading to PCB trace oxidation. Fenvix units configured for marine regions feature heavy-duty multi-layer conformal polyurethane coating on all electronic PCB assemblies, stainless steel or powder-coated anti-corrosive chassis, isolated heatsink channels, and gold-plated terminal contacts. For extreme ambient conditions, our sealed, closed-loop water-cooled rectifiers completely isolate sensitive electronics from ambient coastal air.
Is there a Minimum Order Quantity (MOQ) for custom units?
No, we enforce a strict 0 MOQ policy. Fenvix routinely supplies single customized units for pilot lines, university laboratory benches, municipal water test beds, or aviation ground support vehicles. Volume OEM/ODM batch discounts are also provided for industrial equipment builders and system integrators.
What international certifications and quality verifications accompany your equipment?
Guangdong Fenvix operates under a certified ISO 9001:2015 Quality Management System. Our export power supplies feature complete European CE conformity, including Low Voltage Directive (LVD 2014/35/EU), Electromagnetic Compatibility (EMC 2014/30/EU), and RoHS compliance. Furthermore, our manufacturing premises and trade capacities have been verified on-site by TÜV Rheinland. Full factory acceptance testing (FAT) logs and oscilloscope reports accompany shipments upon request.
What Incoterms and delivery timelines apply to Faro and mainland Portugal?
We accommodate multiple shipping preferences, including CIF Lisbon or Sines, DDP (Delivered Duty Paid directly to your facility in Faro with customs cleared and VAT managed), or EXW/FOB. For urgent replacement rectifiers and aviation GPUs, express air-freight options are available. Typical custom build times range between 12 to 20 business days depending on kilowatt capacity and custom metal enclosure specifications.
When is water cooling recommended over forced-air ventilation for high-ampere supplies?
Water cooling is highly recommended for continuous 24/7 processes drawing over 3,000A, such as hard galvanizing, titanium anodizing, or hydrogen electrolysis. In addition to reducing physical cabinet footprint by up to 50%, water cooling allows the electrical cabinet to remain fully sealed (IP54/IP55), preventing corrosive chemical vapors and humid ocean atmosphere from corroding the internal power electronics. Forced-air cooling remains the preferred solution for standard dry-room test benches and mobile aviation GPUs.
Consult with a Power Systems Specialist for Faro
Share your target voltage, operational duty cycle, and environment constraints. Our engineering division will supply a detailed technical proposal, dimensional footprint, and direct factory pricing within 24 hours.