Custom Engineered
Liquid-to-Liquid Testing
Future-proofing Data Centers: Solutions for Peak Efficiency & Reliability
Custom Engineered
As data centers evolve to support ever-expanding AI-driven workloads, ensuring that liquid cooling systems meet heat management performance standards is crucial.
Aggreko partners with end-users, commissioning agents, and contractors to help verify highly complex liquid cooling system requirements and conduct rigorous end-to-end testing of all components, including the primary and secondary loops of liquid cooling solutions (chiller line and coolant distribution units).
A Not-So-Simple Switch to Liquid
With the rising demand for high-performance AI computing, liquid cooling has emerged as the preferred technology, able to meet the increasing need for efficient cooling and handling the high thermal loads generated by advanced hardware.
However, the success of liquid cooling deployment and scalability relies on rigorous testing and commissioning processes. Improperly commissioned systems can lead to:
- Reduced heat rejection capability, causing over-heating and crashing
- Contamination of cooling fluid, which can damage critical components like cold plates and Coolant Distribution Units (CDUs)
- Increased downtime and maintenance costs, risking millions in lost revenue and equipment damage
As liquid cooling technologies become more sophisticated, so too does the complexity of the commissioning process. Key challenges include:
Simulating Operational Loads
The ability to accurately replicate real-world thermal loads is critical for reliable testing and system performance validation.
Maintaining Fluid Quality
Contamination from debris or organic matter can compromise heat rejection efficiency and lead to equipment failures.
Scalability and Integration
Testing systems must be versatile enough to interconnect with multiple systems and allow centralized control for large-scale testing.
Tight timelines and equipment availability
Commissioning of liquid-to-liquid data modules within tight timelines adds a level of complexity to an already arduous process. Commissioning plans must include detailed requirements from the start and be integrated into purchase requirements and tender documents at the earliest opportunity to mitigate supply chain challenges.
Lack of standards
Lack of industry standards around liquid cooling and liquid cooling commissioning makes it difficult to know how to test these systems to ensure the highest levels of reliability and safety.
Enabling AI Growth with Reliable and Scalable Testing Solutions
At Aggreko, we understand that data centers require precise and reliable cooling solutions to maintain optimal performance. Our liquid-to-liquid testing solutions are designed with your specific needs in mind, ensuring that your cooling systems are robustly tested to operate efficiently and reliably, now and in the future.
Our global footprint allows us to understand what people are doing in the data center space at a worldwide scale. With our dedicated team’s skillset and expertise, we can lead conversations about standards, provide a forward-thinking consultative approach to designing testing solutions, and use scalable technologies to help you achieve the highest levels of testing.
Aggreko’s expertise in liquid-to-liquid testing and engineered solutions ensures that your data center's cooling system operates within its designed parameters of temperature, pressure, and flow rate, and its ability to be scaled for future growth demands. Our commitment to delivering customized solutions ensures the best levels of efficiency, reliability, and performance for your data center.
Expertise and Customized Solutions
Our team of experts leverages extensive technical knowledge to design solutions that meet your unique requirements.
We partner with you to understand the scope of your project, including voltage and other critical parameters, to deliver tailored solutions that fit your unique needs.
And, when scopes change or evolve, we adapt with you to help you meet the demands of modern computing with confidence.
Turnkey Delivery and Setup
We provide dependability and peace of mind with turnkey solutions, managing every aspect of the testing process, from engineered project design and equipment mobilization, to operations, maintenance and decommissioning.
This not only safeguards hardware but also ensures compliance with performance and efficiency standards, keeping projects on schedule and within budget.
Specialized & Quick-Deploy Equipment
Our liquid cooling testing technologies are custom-built to deliver the best results.
Designed to seamlessly integrate with existing cooling infrastructure, Aggreko’s 500 kW liquid-cooled load banks offer reliable and accurate testing under the most relevant conditions.
And, with a new, custom-built Aggreko solution that interfaces seamlessly between our load banks and your cooling system, you get comprehensive testing assurance with zero contamination risk.
Comprehensive Power Supply Coordination
Aggreko can manage the entire power supply coordination, allowing our load banks to run at full capacity. This ensures testing accuracy and dependability, giving you confidence in the results.
Product Highlight: 500 kW Liquid Cooled Load Bank
Frequently Asked Questions
Yes, we offer engineered solutions that are designed based on your unique needs and requirements. Our technologies are scalable and modular, easily adaptable to integrate into your project.
We provide readily available and quick-deploy solutions that ensure minimal disruption to your operations.
Aggreko offers a state-of-the-art, purpose-built liquid cooling load bank designed to deliver the highest levels of testing for ultimate reliability.
Yes, our solution is scalable to meet the needs of both small and large-scale data centers, ensuring reliability and efficiency at every stage of growth.
AI workloads generate extreme heat, making liquid cooling the more efficient solution compared to traditional air cooling.
Liquid cooling absorbs and transfers heat more efficiently, enhancing overall system performance.
It simulates the heat output of high-performance computing environments, ensuring your cooling systems are ready for deployment.
Liquid cooling is more efficient than air cooling, which can lower energy consumption, reduce cooling costs, and improve overall operational efficiency.