Aggreko invests in liquid-cooled load-bank fleet for European AI data-center commissioning
DataNews Editorial Team
Aggreko has invested in a multi-megawatt fleet of liquid-cooled load banks to expand its commissioning offering for AI data centers in Europe. The equipment is designed to emulate the thermal and electrical loads of IT infrastructure before a facility enters service.
- Aggreko has invested in liquid-cooled load banks for AI data-center commissioning in Europe.
- The equipment simulates IT-related thermal and electrical loads before a site enters service.
- Available unit configurations are 200 kW, 300 kW and 600 kW, with units able to be combined for larger tests.
- The load banks can support testing of cooling and power infrastructure, including CDUs, pumps, heat exchangers and chiller lines.
Aggreko has expanded its European commissioning offering through an investment in liquid-cooled load banks for AI data-center projects.
The equipment is intended to simulate the thermal and electrical loads associated with IT hardware before a site enters service. It can be used to test cooling and power infrastructure during new construction or upgrades, including chiller lines, pipework, pumps, heat exchangers and coolant distribution units.
Individual liquid-cooled load-bank configurations are available at 200 kW, 300 kW and 600 kW. Multiple units can be combined for larger-scale testing. Aggreko describes the investment as a multi-megawatt fleet, although it has not disclosed the fleet's aggregate capacity.
The move reflects the growing commissioning requirements associated with denser AI compute deployments. As liquid cooling becomes more central to thermal management, validation of the combined electrical and hydraulic infrastructure could become increasingly important in reducing risks before a data center is brought online.
The announcement concerns an investment in commissioning equipment and an expansion of service capability in Europe; it does not confirm the commissioning or operational start of any specific data-center facility.
Higher rack densities and heat loads from AI infrastructure are increasing the importance of liquid-cooling systems and pre-operational validation of supporting plant. Specialized load-bank testing could help reduce commissioning-stage failure risk by testing the interaction of electrical and hydraulic systems before go-live.
- — / October 26, 2026 · EnglishSource →
This article was prepared by the DataNews editorial team based on the sources listed above.