APPLICAtions
data center & IT cooling
The increasing use of CPUs, GPUs and AI accelerators in white spaces is causing data centres to reach unprecedented heat densities, rendering traditional air cooling ineffective. Liquid cooling is an essential solution for keeping critical infrastructure at optimal temperatures, improving energy efficiency, and ensuring consistent performance. We offer cold-plates and water-blocks for the direct liquid cooling of CPUs, GPUs, memories and other high-dissipation components. We also offer custom-built Coolant Distribution Units (CDUs), including both liquid-to-liquid and air-to-liquid models, to ensure robust, scalable and reliable systems. In this way, we provide support for High-Performance Computing, thereby enabling the maximisation of computational power without thermal limitations.
Via the Hydac Group, we provide end-to-end solutions to fully manage the liquid infrastructure in your data centre’s grey space.
industrial & power conversion
In the Industrial and Power Conversion sector, industrial power systems such as inverters and motor drives generate significant amounts of heat that must be managed. Effective cooling is therefore essential to ensure continuous and reliable operation.
We design cold-plates with a high thermal capacity for semiconductors such as IGBTs, MOSFETs and thyristors, thereby minimising thermal resistance to ensure durability even under extreme operating conditions.
We supply customised passive systems that are resistant to vibration, dust and high temperatures to ensure energy efficiency and stability, even when subject to variable thermal loads.
semiconductor
In the semiconductor industry, absolute precision thermal control is required at every stage, from wafer manufacturing (front-end) to packaging and testing (back-end), to ensure chip yield and quality.
We manufacture cold-plates with stringent flatness and dimensional tolerances, using materials such as aluminium, copper and stainless steel, which are compatible with deionised water and ultra-pure fluids.
Our manufacturing facilities are certified clean rooms that undergo specialised cleaning processes to prevent contamination. Our active and passive cooling systems ensure thermal stability to within a thousandth of a degree, thereby guaranteeing uninterrupted 24/7 production and optimised yield in both front-end and back-end processes.
electrical traction
In the electrical traction sector, high levels of heat are generated by batteries, motors and inverters, which must be managed with compact, lightweight solutions that are resistant to vibrations and extreme environmental conditions.
Liquid cooling is the preferred technology and often the only way to manage the high heat density generated by modern powertrains. This ensures that electric and hybrid vehicles achieve maximum range, optimal performance and unparalleled safety.
We design cold-plates with optimised geometries, ensuring maximum heat exchange in compact spaces. This enhances the range, performance and safety of electric and hybrid vehicles.
renewable energy
In the context of renewable energy systems, such as photovoltaic inverters and wind turbine converters, effective thermal management is paramount to ensure efficiency and reliability in harsh environments. These applications generate heat under extreme conditions and with variable loads, which can compromise performance and durability. Liquid cooling is the most effective solution for maintaining efficiency, increasing production and reducing maintenance costs.
Our cold-plates are designed to withstand humidity, corrosion, and extreme temperatures, complemented by passive solutions optimised to reduce maintenance and energy waste.
Our systems deliver stable performance even with variable loads, contributing to sustainable, long-term energy production.
electronics
For advanced electronics, ranging from embedded computing to medical and aerospace devices, liquid cooling is essential for overcoming heat limitations and for miniaturisation and increased power density without compromising reliability.
We design highly efficient, miniaturised, ultra-compact cold-plates and water-blocks with micro-channels for precise and silent thermal control. We integrate active and passive systems using innovative materials and designs. Our solutions open up new design and performance possibilities for the most demanding electronic devices.
energy storage & batteries
In the energy storage and batteries sector, effective thermal management is essential for maximising cell life, ensuring safety, and optimising efficiency. Liquid cooling is the most effective way of keeping batteries within their thermal range.
We design cold-plates for various cell chemistries and formats to ensure even temperature distribution and prevent thermal runaway. Our active systems use intelligent chillers to maximise heat dissipation while minimising energy consumption.
Thanks to our expertise in dielectric fluids and safety regulations, we develop comprehensive systems incorporating sensors, leak detection and advanced protocols. This enables us to provide reliable, high-performance, long-lasting energy storage solutions.