There is a license error on this site:
This license is for URL http://inte.hyal01mstred230.hyal.episerver.net/ but the current site has URL https://www.hydro.com/
The Web site remains functional, but this message will be displayed until the license error has been corrected.

To correct this error:If you do not have a license file, please request one from EPiServer License Center.
Power transmissions
Skip to content
Contact us so we can discuss how we can improve your project

Power transmission requires an entire infrastructure to transfer energy. Aluminium plays a role in this infrastructure in one form or another.

Wind farms rely on cooling aluminium profiles to dissipate the excess heat from converters and other equipment. Power stations require large housings to transfer massive amounts of energy and they also rely on our motor housings and busbars in their energy supply chains.

Hydro offers technologies and components to cool or protect equipment in the energy supply chain, such as:

Advanced cooling technology

Hydro has developed a high-performance, cost-effective liquid cooling solution based on aluminium extrusions combined with our friction stir welding (FSW) technology.

Heat sinks

We offer the most complex and wide-ranging heat sink selection on the market to match any transmission requirements. FSW air-cooled heat sinks are thermally more efficient and of higher quality than bonded or pressed fin products, while providing fin ratios to 48:1 and beyond.

Enclosures and other extruded products

We offer design, fabrication, casting and finishing capabilities along with a wide range of different standard alloys. We can also design an alloy for your specific requirement.

Contact us so we can discuss how we can improve your project
Thermal management solutions Precision tubes Extruded profiles Facts about aluminium Aluminium alloys
LEONI Kabel is replacing copper with aluminium in its automotive battery cables to save money and reduce weight. There is no difference in performance.

Recommended for you

{{ abstract }}