Direct-from-factory thermal management and power conversion solutions engineered for high-density compute, semiconductor tools, and energy infrastructure across Portugal.
Multi-plug (US/EU/UK/AR) wide-input regulated desktop module optimized for continuous-duty monitoring equipment, liquid cooling control valves, and CCTV node power in industrial plants.
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High-efficiency switching power supplies (5V, 12V, 24V, 36V, 48V) engineered for system-level integration, coolant circulation pump control, and cabinet power distribution units.
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Adjustable single-output high-voltage module (12V-600V DC) delivering 88-89% efficiency with advanced overcurrent protection for liquid cooling test benches and heavy industrial loads.
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Customizable open-frame PCBA power platforms (24W to 500W, multi-voltage output) designed for embedded liquid cooling control loops, cold plate sensor arrays, and medical equipment OEMs.
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Precision-adjustable voltage/current regulated DC supply (30V/60V/120V up to 10A) featuring low ripple noise, high thermal stability, and digital monitoring for lab-scale coolant loop testing.
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Compact, fanless power conversion adapter supplying 12V, 24V, and 48V output. Built with rugged thermal potting to sustain uninterrupted operations in sealed liquid cooling enclosures.
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Heavy-duty AC-to-DC converter optimized for military, aerospace, and telecommunication thermal control systems with high surge immunity and wide operating temperature ranges.
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Versatile industrial-grade power supply (12V-48V output up to 15A) engineered with level VI energy efficiency, over-voltage latching, and low EMC noise signature for specialized cleanrooms.
Get CatalogTechnical benchmarks, fluid mechanics, and thermal dissipation strategies for European enterprise environments.
Modern compute clusters, high-power DC fast-charging stations, and industrial power conversion systems generate heat flux levels exceeding 100 W/cm² at the silicon component level. Traditional forced-air cooling methods reach their physical limits around 350W per socket due to high thermal resistance ($R_{th}$), excessive fan power consumption, and acoustics exceeding 85 dBA.
China's leading liquid cooling manufacturing ecosystem supplies Portuguese enterprises with Direct-to-Chip (D2C) liquid cold plates, Immersion Cooling systems, and Liquid-to-Air / Liquid-to-Liquid Cooling Distribution Units (CDUs). By utilizing liquid coolants with thermal conductivity up to 24 times higher than air (such as inhibited Propylene Glycol mixtures PG25/PG50 or Deionized Water), thermal dissipation capacity increases dramatically while reducing energy overhead by up to 40%.
| Thermal Metric / Parameter | Standard Forced-Air Cooling | Direct-to-Chip Cold Plate | Single-Phase Immersion |
|---|---|---|---|
| Heat Dissipation Capacity | Up to 350 W / Component | Up to 1000 W+ / Component | Up to 800 W / Component |
| Thermal Resistance ($R_{th}$) | 0.25 - 0.40 °C/W | 0.03 - 0.08 °C/W | 0.08 - 0.15 °C/W |
| Cooling System PUE Impact | 1.35 - 1.65 PUE | 1.08 - 1.15 PUE | 1.03 - 1.06 PUE |
| Acoustic Noise Level | 75 - 90 dBA (High RPM Fans) | < 50 dBA (Pumps only) | Negligible (< 40 dBA) |
| Space Efficiency / Density | Low (Requires airflow gaps) | Ultra-High (1U/2U high density) | High (Tank footprint) |
As a premiere OEM/ODM partner for Portuguese engineering teams, our Chinese manufacturing facilities implement high-precision CNC skim-fin tooling and Friction Stir Welding (FSW) to fabricate copper (C1100) and aluminum (AL6063) liquid cold plates. Fin pitch dimensions down to 0.15 mm with channel depth-to-width aspect ratios up to 15:1 maximize liquid wetted area while keeping pressure drop ($\Delta P$) below 35 kPa at 2.5 L/min flow rate.
Every cold plate undergoes rigorous quality control under ISO 9001:2015 standards, including 100% pneumatic pressure testing at 10 bar (145 psi) and mass-spectrometer Helium leak testing to guarantee zero fluid degradation or leakage over a 10-year service life.
Deploying precision thermal management and rugged power supplies tailored to Portugal's growing industrial and tech corridors.
Portugal’s deep-water coastal region near Sines is rapidly transforming into Southern Europe's largest hyperscale data center nexus (e.g., Sines 4.0). Our liquid cooling distribution units (CDUs) and 1U 16.5kW liquid-cooled power supplies maintain continuous low PUE in dense server racks connected to transatlantic subsea fiber cables.
Portugal leads Europe in renewable solar and wind energy generation. In hydrogen electrolysis plants throughout Alentejo, our liquid-cooled industrial switching power supplies and heavy-duty DC converters handle ambient temperatures up to 45°C without thermal derating, ensuring 24/7 reliability in outdoor enclosures.
Connecting Lisbon to Porto (A1) and Lisbon to the Algarve (A2), high-power EV superchargers require liquid-cooled power conversion modules to deliver up to 350kW+ per stall. Our compact liquid-cooled AC/DC modules reduce charger cabinet footprint by 60% while eliminating fan noise near urban rest stops.
Aligning thermal hardware with national decarbonization targets, EU regulations, and energy efficiency mandates.
Portugal has committed to generating 85% of its electricity from renewable sources by 2030. To meet these ambitious sustainability mandates, industrial facilities in Lisbon, Porto, and Aveiro are phasing out legacy air-cooled equipment. Liquid cooling technology significantly lowers peak grid energy consumption, helping factories earn ISO 50001 certification and qualify for Portuguese energy efficiency subsidies.
Procuring liquid cooling systems and power electronics from China for deployment in Portugal requires full compliance with European Union directives. Our direct factory exports include comprehensive documentation packages: CE Marking, Low Voltage Directive (2014/35/EU), EMC Directive (2014/30/EU), RoHS 3, and REACH compliance. Equipment is pre-tested for seamless integration into Portuguese low-voltage electrical networks (230V/400V 50Hz).
Combining 60+ years of power engineering heritage with world-class Chinese advanced manufacturing speed and supply chain resilience.
From custom cold plate geometry and internal liquid manifold routing to specialized output voltage profiles and quick-disconnect fittings (CPC/Stäubli), our engineering team designs bespoke solutions tailored to your mechanical envelope.
Our power supplies feature SEMI F47 line sag immunity to protect semiconductor fab tools from power dips, alongside IEC 60601-1 3rd Edition (2xMOPP) compliance for medical isolation transformers and diagnostic equipment.
Leveraging direct export routes from major Chinese industrial ports (Shenzhen, Ningbo, Shanghai) to the Port of Sines and Port of Leixões, we offer competitive lead times, DDP (Delivered Duty Paid) Incoterms options, and localized EU support.
Essential guidance on importing, installing, and maintaining Chinese liquid cooling hardware in Portugal.
The choice depends on your existing infrastructure and density goals. Direct-to-Chip (D2C) liquid cooling is ideal if you are retrofitting standard 19-inch server racks, as it replaces stock CPU/GPU heatsinks with copper cold plates while keeping the rack layout intact. Immersion Cooling requires specialized tanks and dielectric fluid, offering maximum heat capture (100% of components) and silent operation, making it suitable for purpose-built greenfield data centers or high-density crypto/AI nodes.
For closed-loop cold plate systems, we recommend an inhibited Propylene Glycol and water mixture (PG25 or PG50) or Inhibited Ethylene Glycol where low viscosity is required. Inhibited mixtures prevent internal biological growth and galvanic corrosion between copper cold plates and aluminum heat exchangers. For open-tank immersion systems, synthetic fluorinated fluids or food-grade engineered oils with high dielectric strength and non-flammability are required.
All liquid cooling units and power supplies entering Portugal must carry CE marking and possess official EU Declarations of Conformity (covering LVD 2014/35/EU and EMC 2014/30/EU). Customs clearance takes place through Autoridade Tributária e Aduaneira (AT) using the standard EU TARIC classification. Our factory handles complete export documentation, test reports, and can ship under DDP terms to deliver goods directly to your facility in Lisbon, Porto, Sines, or Braga without customs friction.
Liquid-cooled power supplies remove internal heat via conductive cold plates linked to a liquid loop rather than blowing air through internal heat sinks. This achieves unprecedented power density (e.g., 16.5kW in a 1U form factor), completely eliminates fan noise, prevents dust/particulate ingress, and allows the power supply to operate reliably inside IP65/IP67 sealed enclosures exposed to harsh coastal or outdoor environments in Portugal.
Yes. We customize fluid connections according to your mechanical specification, including CPC leak-free quick disconnects, Stäubli fittings, or standard BSPP/NPT thread ports. Electrically, all our power units are built with universal AC inputs (90V-480V 50/60Hz single-phase or three-phase Delta/WYE) engineered to handle European grid voltage fluctuations smoothly.
Speak directly with our senior thermal design engineers and receive a customized technical proposal and catalog for your business in Portugal.
