LU-VE cooling technology enables the growth of data centers, driven by AI, cloud computing, cryptocurrencies mining, IoT and online communities.
Our energy-efficient and water-saving designs deliver top-tier performance while keeping energy costs in check, all while ensuring sustainability for future generations.
Focused on innovation and rapid market delivery, we provide efficient, responsible solutions that meet the evolving needs of our customers and our planet.
Welcome to our hub
We developed a data center cooling offer based on reliable, cost-efficient, energy and water saving equipment with long life-time, exclusive technology and minimum maintenance. All our solutions are customized to our client needs.
EXPERIENCE and EXPERTICE
WIDE PRODUCT RANGE
CUSTOMIZABILITY
RELIABILITY
GUARANTEED PERFORMANCE
TECHNOLOGICAL and TECHNICAL VANGUARD
Let's get in touch!
Contact us for any inquiries or subscribe to stay updated with our latest news.
CONTACT US
SUBSCRIBE TO OUR NEWS
Data Center / France
96 MW Cooling Capacity
DISCOVER MORE ⬇
Data Center / Switzerland
28 MW Cooling Capacity
DISCOVER MORE ⬇
Data Center / Italy
19,2 MW Cooling Capacity
DISCOVER MORE ⬇
Data Center / Germany
10,8 MW Cooling Capacity
DISCOVER MORE ⬇
Data Center / Italy
2,8 MW Cooling Capacity
DISCOVER MORE ⬇
Dry Cooler Range
Dry coolers are a smart way to take advantage of free cooling when the surrounding temperature allows for it. Eurovent Certified Product Performance.
High capacity on small footprint The VXX3 series is a wide range of heavy-duty V-type dry coolers, based on modular design and optimized to achieve the best balance between environment, economy and performance. VXX3 is specially designed for very high capacity on small footprint. C4-H corrosion resistance class as standard.
Best balance between environment, economy and performance. The VDD series is a wide range of heavy duty V-type dry coolers for various industrial applications requiring water/glycol cooling. VDD dry coolers have compact design allowing both container and truck transport.
Extremely efficient The Big V-Bank model features the best performance in the Dry Cooler series: it guarantees the highest efficiency per occupied area unit. Fitted with oval tubes heat exchanger.
Air heat exchangers are normally selected to accomplish performance requirements in the hot season peaks. As a consequence, units are often oversized and thus more expensive. ln such cases a Water Spray System can help in selecting correctly sized units.
Water atomisation system available for the liquid coolers and the air cooled condensers. Special diffusing nozzles spread a very thin water mist throughout the inlet air and the finned surface of the heat exchanger. The cooling capacity of the unit is considerably enhanced by the combinated effect of the adiabatic saturation of the air and the evaporation of the drops onto the fins.
EQUIPMENT FOR CLOSED WATER CIRCUIT – WATER CONSUMPTION VERY LOW Designed to minimise water consumption in a closed circuit adiabatic system. The water used to allow the adiabatic saturation of the air is directed into the basin and redirected into the circuit through the recirculation pump. Water consumption is thus limited to the quantity evaporated during the adiabatic process.
Air heat exchangers are normally selected to accomplish performance requirements in the hot season peaks. As a consequence, units are often oversized and thus more expensive. ln such cases a Water Spray System can help in selecting correctly sized units.
Inlet air humidification system through water atomisation. A very thin water mist generated by specific nozzles fills and humidifies the inlet air, thus making it colder, depending on the different working conditions.
Advantages
The unit can be sized according to an air inlet design temperature that is much lower than the ambient temperature (TCALC << TAMB) (see example).
A smaller sized unit, with a smaller heat exchanger surface can be selected.
The unit can be used to cool the liquid to a temperature lower than the ambient temperature.
The Industrial Adiabatic System combined with “EC” electronic switching fans, an “Intelliboard” PLC or with a Speed controller, lowers energy consumption, Sound Emission Levels and optimizes water use.
Inlet air humidification system by means of special adiabatic panels. The panels, placed in front of theheat exchangers on the air inlet side, are homogeneously soaked through a distribution system with no water recirculation. The air, by passing through the panels, increases its humidity and gets colder depending on the different working conditions. ECOOLER2 Two Stages: Double Heigth, Double Performance, Half Footprint.
Advantages
The unit can be sized according to an air inlet design temperature that is much lower than the ambient temperature (TCALC << TAMB) (see example).
A smaller sized unit, with a smaller heat exchanger surface can be selected.
The unit can be used to cool the liquid to a temperature lower than the ambient temperature.
The Industrial Adiabatic System combined with “EC” electronic switching fans, an “Intelliboard” PLC or with a Speed controller, lowers energy consumption, Sound Emission Levels and optimises water use.
No risk of legionella contamination.
EQUIPMENT FOR CLOSED WATER CIRCUIT – WATER CONSUMPTION VERY LOW Designed to minimise water consumption in a closed circuit adiabatic system. The water used to allow the adiabatic saturation of the air is directed into the basin and redirected into the circuit through the recirculation pump. Water consumption is thus limited to the quantity evaporated during the adiabatic process.
Experience unparalleled efficiency and reliability in cooling tailored to the demands of your infrastructure. Besides complete industrial air coolers, LU-VE also supplies OEM cooling coils for data center applications.
Green Data Center design with low speed ventilation Arctigo LSV air coolers are heavy duty industrial air coolers specifically designed for cooling down server heat production in Data Centers that have been built according to the “Low Speed Ventilation” concept.
LSV air coolers operate with low fan speed, low air velocities and minimal pressure differences along the route of the air flow, achieved by the building itself being part of the system.
Benefits
Simple, stable and reliable climate control system.
Cooling equipment removed from white space.
Exclusion of ‘hot spots’ related to high air speed.
Heavy duty coil and casing materials, resulting in a long operational product life.
It is an exclusive LU-VE Group: all our standard Liquid Cooler are equipped with Oval tubes Heat Exchangers which enables enhanced performances Up to 15% compared with round tubes geometries.
Up to 40% reduced air pressure drops, which leads to up to 15% increased coil efficiency (using same fans), and reduced motor power consumption, or reduced size of units (using smaller fans, or less fans).
The ” hydrophilic ” coating, with high surface tension in other words, gives the drops of water wetting the fin a flattened shape (contact angle < 15°).
Aluminum fin made of 8079 alloy (EN 573-3) pre-painted with hydrophobic lacquer.
Corrosion resistance: 250 hours (ASTM B117).
PRE-PAINTED HYDROPHILIC COATING. HYDRAFIN
A new coating that increases the performance of the spray and hybrid adiabatic systems.
Enjoy the benefits of latent heat from evaporation even when the water misting systems are not in use.
Corrosion resistance: 1500 hours (ASTM B117).
SINGLE LAYER PRE-PAINTED HYDROPHOBIC COATING
The hydrophobic coating gives the drops of water wetting the fin a spheroid shape (contact angle > 50°) for easier draining.
Aluminum fin made of 8079 alloy (EN 573-3) pre-painted with polyester lacquer.
Corrosion resistance: 1000 hours (ASTM B117).
PRE-PAINTED HYDROPHOBIC COATING (DOUBLE COAT)
The hydrophobic coating gives the drops of water wetting the fin a spheroid shape (contact angle > 50°) for easier draining.
Aluminum fin made of 8079 alloy (EN 573-3) pre-painted with polyester lacquer.
Corrosion resistance: 1500 hours (ASTM B117).
THERMOGUARD®
Polyurethane based coating.
High flexible properties.
Heat conduction and UV resistant properties.
Prevents chemical and galvanic corrosion.
Corrosion resistance (ASTM B117): 3000 hours.
BLYGOLD®
Heat conductive pigmentation.
Very high chemical resistance at a low layer thickness.
Corrosion resistance (ASTM B117): 4000 hours.
HERESITE®
Suitable for marine and salt air environments.
Withstand exposure to an extensive variety of corrosive and chemical fumes.
Corrosion resistance (ASTM B117): 6.000 hours.
ELECTROFIN®
Water-based, flexible cationic epoxy polymer using an electro-coat process.
It guarantees complete heat exchanger coverage.
Corrosion resistance (ASTM B117): 6.000 hours.
C5M & C5I High Durability (ISO 12944).
ALUPLUS®
Aluminium-Magnesium alloy is coated with a special paint treatment for enhanced protection and corrosion resistance.
The ALUPLUS fin is made from an Aluminium-Magnesium alloy.
Extensive salt spray tests were conducted to analyze corrosion resistance in detail.
Results showed that the ALUPLUS fin is 86% more resistant than the previous ALUPAINT solution.
ALUMINIUM-MAGNESIUM 2.5
High Corrosion Resistance – Ideal for marine, HVAC, and industrial use.
Efficient Heat Transfer – Optimized thermal conductivity for superior performance
Light and Strong – Combines durability with a lightweight design.
GET MORE INFORMATION
Accessories for easy/effortless maintenance
Enhance product quality with our wide range of upgrade options
Project Management ensures quality throughout all phases: from the point of order, through to the products being tested, installed and running on-site.
With its customer-oriented consulting approach and leading know-how in the cooling solutions sector, we supports the customer in all phases of the plant’s life cycle. Our service is the ultimate solution to maximize the profitability of the cooling units.
Consultancy and Design
After-Sale CARE
Training
Commissioning
Support
CARE is the customer service that guarantees the excellence of LU-VE Group units and extends their life. Born as a specialized after-sales division, it supports customers from the commissioning of the system to Revamping, even adiabatic.
LU-VE US, Inc. production site in Jacksonville, Texas (USA) currently being expanded to start local production of the largest Group range of dry and adiabatic coolers
Our innovative cooling solutions are engineered to meet the rigorous demands of modern data centers. For this project, we delivered 𝟭𝟵.𝟮 𝗠𝗪 𝗰𝗼𝗼𝗹𝗶𝗻𝗴 𝗰𝗮𝗽𝗮𝗰𝗶𝘁𝘆.