How Does Precision Air Conditioning Ensure Data Centers’ Reliability & Performance?
April 25, 2024
The Growing Role of Cooling for the Next Generation of Data Centers & Telecom
June 26, 2024Data centers already account for 1.5% of worldwide energy consumption, and if this is not jaw-dropping enough, then market estimates are that their energy usage will quadruple by 2030.
As data centers expand to meet this surging appetite for data and connectivity, their cooling demands will also skyrocket. However, cooling systems themselves are highly energy-intensive, making up 40% of a data center’s total power consumption.
The US alone houses more than 5,000 data centers, and from a global perspective, this level of energy utilization is unsustainable.
A New Approach to Data Center Cooling
The anticipated surge in energy needs alongside data center expansion creates two pressing priorities:
- Developing advanced cooling technologies capable of handling unprecedented temperature control demands.
- Implementing green cooling methods to mitigate the increased energy impact.
Amid this emerging reality, the cooling industry is undergoing a paradigm shift towards innovative, highly efficient, and sustainable cooling management.
AIRSYS constantly seeks to stay ahead of the curve, pushing the boundaries of cooling innovation. As this future-forward approach is ingrained in our identity, in this post, we’d like to share some insights into the emerging trends shaping the next generation of cooling systems. Proactively embracing these technologies today will make you future-ready, ensuring your systems are equipped to handle tomorrow’s challenges effortlessly.
Advanced Cooling Technologies Revolutionizing Data Centers
Liquid Cooling
The reliability of air-based cooling systems for data center cooling is unquestionable. That said, as data centers increase their cooling needs alongside operational capacity, liquid-based cooling stands as a more sustainable solution.
Liquid cooling outperforms air-forced cooling at almost any level. Unlike air cooling, which can introduce pollutants and condensation, liquid cooling is cleaner, more scalable, and highly targeted, with water conducting heat 3,000 times better than air. Furthermore, liquid cooling utilizes two common methods — full immersion and direct-to-chip cooling — allowing data centers to tailor cooling functions to their infrastructure needs.
Market experts predict that the adoption of liquid cooling in data centers’ thermal management will expand from 5% to 19% by 2026. Indeed, several institutions have already recognized the imperative to embrace liquid cooling and its potential to optimize cooling performance. One example is the US Department of Energy (DOE), which has allocated a substantial $40 million towards R&D liquid cooling technologies.
Explore LiquidRack™ — the world’s first ICT spray liquid cooling solution.
AI-Driven Adaptive Cooling
AI adoption has crossed sectors and industries, with 98% of company leaders planning to incorporate AI strategies within the next 3-5 years, and 65% increasing AI investments. The cooling industry is no exception, as AI’s contribution to sustainable and energy-efficient cooling management cannot be overstated.
Employing AI and automation capabilities in data center cooling delivers invaluable benefits, including insights into real-time and historical cooling demand patterns, ongoing monitoring for predictive maintenance, efficiency optimization, airflow enhancement, and cost reduction. This reliability and efficiency in cooling ensure data centers can operate at peak performance continuously and sustainably.
At AIRSYS, we’ve identified the power of AI early on, integrating it into our high-end, AI-driven solutions, targeted for data center and telecom cooling requirements. Now, just as we expected, the trend of incorporating AI capabilities into cooling systems is forecasted to accelerate.
Green Cooling
While AI-optimized systems and eco-friendly technologies like liquid, evaporative, and free cooling play a role in making cooling systems more sustainable, there’s room for further improvement.
For instance, it is expected that we see more cooling infrastructure utilizing renewable energy sources like solar, wind, or hydropower to offset carbon footprint. Major enterprises are leading the way, with Microsoft’s deal to acquire 900 megawatts of additional solar and wind energy in 2022. Another sustainable trend on the rise is the implementation of advanced cooling technologies that facilitate water recycling or heat repurposing. Such practices minimize environmental impact by reducing water waste and implementing heat recovery methods.
At AIRSYS, we are on a mission to balance the environment. Therefore, our green cooling products feature energy recovery capabilities and utilize green refrigerants, ensuring uncompromised sustainability without sacrificing performance.
> Read more on the link between global warming potential and cooling systems.
> Get your Eco-Friendly Cooling Guide for Telecom operators.
Our Commitment to You, and to the World
As the demand for data escalates, the need for advanced cooling technologies and sustainable practices becomes increasingly urgent. This is paramount not only for seamless, optimal data center operations but also for a global future, where society remains connected yet healthy.
There are several ways to realize this vision, with some of them outlined in the article and already integrated into current cooling systems. At AIRSYS, we are at the forefront of this revolution. Our commitment to continuous innovation and environmental stewardship has solidified our position as a global leader in cooling solutions.
Implementing these technologies today equips data centers to handle intensifying future demands. Explore our diverse cooling solutions and contact us to learn how AIRSYS can help make your data center operations future-ready.
Sources:
https://datacentremagazine.com/articles/transforming-data-centre-cooling-for-a-sustainable-future
https://www.linkedin.com/pulse/cooling-system-automation-ai-machine-learning-energy-efficiency
https://www.digitalrealty.com/resources/articles/future-of-data-center-cooling
https://www.greenmatch.co.uk/blog/data-centre-cooling
https://blog.marketresearch.com/key-data-center-cooling-trends-for-future-sustainability
