KoolLogix, a thermal management firm, has teamed up with Singapore’s A*Star (Agency for Science, Technology, and Research) in a significant move aimed at revolutionizing cooling technologies for data centers. The collaboration sees the creation of an $8 million lab dedicated to developing advanced AI and GPU-optimized cooling solutions. This partnership seeks to address growing challenges in energy-efficient heat removal for future AI-driven and GPU-intensive data centers, vital for maintaining operational efficiency.
The Role of A*Star and KoolLogix in the Partnership
AStar, a prominent public sector research agency in Singapore, will combine its renowned expertise in AI, predictive maintenance, IoT, and digital twin technologies with KoolLogix’s deep understanding of the cooling industry. The partnership leverages AStar’s advanced research capabilities in computational fluid dynamics (CFD) and modeling, promising to enhance KoolLogix’s cooling capacity and improve heat removal efficiencies. This collaborative effort aims to pave the way for sustainable and scalable cooling solutions that address the increasing demands of data centers.
Lab Focus: Energy-Efficient Cooling for AI and GPU Data Centers
The new lab will be a hub for developing cutting-edge, energy-efficient cooling technologies that are particularly optimized for AI and GPU-based data centers. As the global demand for AI-powered services continues to surge, efficient heat removal has become a critical issue. Data centers, which power AI applications, generate vast amounts of heat that traditional cooling systems struggle to handle. By focusing on energy-efficient solutions, this lab aims to tackle these challenges head-on, ensuring that future data centers can operate at peak performance without excessive energy consumption.
The collaboration’s goal is to develop and test innovative heat-removal technologies that can adapt to the unique thermal management needs of AI and GPU workloads. By making these solutions more efficient, the partnership is not only contributing to performance optimization but also working towards greater sustainability in the tech sector.
KoolLogix’s New HRM50 Series Cooling Solution
As part of this partnership, KoolLogix has unveiled its HRM50 series cooling solution, which marks a significant milestone in the company’s product lineup. The HRM50 is a rear-door heat exchanger designed to handle up to 50 kW of heat per rack. This innovative system is capable of removing substantial amounts of heat generated by high-density computing systems, such as those used in AI and GPU applications.
One of the most notable features of the HRM50 is its pump-free and compressor-free design, which greatly reduces the complexity and maintenance needs of traditional cooling systems. This design achieves a coefficient of performance (COP) of 150, offering up to 50% energy savings compared to conventional cooling technologies. By optimizing energy efficiency while maintaining high heat removal capacity, KoolLogix is positioning itself as a leader in sustainable thermal management solutions.
A Decade-Long Collaboration with A*Star
The relationship between KoolLogix and AStar is not new. The two organizations have worked together for over a decade, with notable milestones such as the development of the first-generation KoolLogix HRM 20 series in 2019, which was part of AStar’s T-Up program. This program, aimed at fostering collaboration between industry and research, played a crucial role in the initial success of KoolLogix’s innovative cooling solutions.
KoolLogix’s CEO and co-founder, CK Cheong, expressed his excitement about the partnership, emphasizing how AStar’s computational expertise has been instrumental in shaping their cooling technologies. “This decade-long collaboration with AStar has been transformative for KoolLogix,” said Cheong. “By leveraging A*Star’s expertise in advanced modeling, we’ve been able to pioneer sustainable heat-removal solutions that significantly cut energy costs while boosting data center performance.”
A*Star’s Contribution to Sustainable Innovation
Professor Yeo Yee Chia, Deputy Chief Executive of Innovation and Enterprise at AStar, echoed this sentiment, highlighting the importance of innovation in data center cooling solutions. “The rapid and widespread deployment of AI requires innovations to improve the power usage efficiency in data centers,” said Professor Chia. “AStar is proud to work with KoolLogix in developing solutions that address key issues, translating science into technologies that benefit companies and contribute to Singapore’s sustainability goals.”
This collaboration between a private thermal management firm and a leading public research agency underscores the critical role of joint efforts in addressing global sustainability challenges, particularly in the energy-intensive data center industry.
KoolLogix’s Impact on Data Centers
KoolLogix has made significant strides in the data center industry, having deployed its solutions across several high-profile clients. These include financial institutions such as OCBC Bank and government-backed organizations like the National Supercomputing Centre (NSCC) in Singapore. The company’s advanced cooling solutions have been instrumental in enhancing operational efficiency and reducing the environmental impact of these institutions’ data centers.
With a commitment to driving sustainability and performance, KoolLogix is rapidly becoming a trusted partner for both colocation providers and enterprise data centers across Singapore and beyond. As data centers continue to evolve with AI and GPU-heavy workloads, the company’s role in providing energy-efficient cooling solutions becomes increasingly crucial.
Shaping the Future of Data Center Cooling
The partnership between KoolLogix and A*Star represents a significant milestone in the evolution of sustainable and energy-efficient cooling technologies. By developing cutting-edge solutions for AI and GPU-optimized data centers, this collaboration promises to set new benchmarks for the industry. The HRM50 series, with its innovative pump-free and compressor-free design, exemplifies the potential for reducing energy consumption without compromising performance.
As AI continues to transform industries and accelerate demand for high-performance computing, the need for advanced thermal management solutions will only grow. KoolLogix’s continued innovation, backed by A*Star’s world-class research capabilities, positions the company at the forefront of this critical sector, providing a blueprint for the future of sustainable data center cooling.
FAQ Section
1. What is the HRM50 series cooling solution?
The HRM50 series is a rear-door heat exchanger designed by KoolLogix to remove up to 50 kW of heat per rack. It features a pump-free and compressor-free design, resulting in up to 50% energy savings compared to traditional cooling solutions.
2. How does KoolLogix’s partnership with A*Star enhance cooling technology?
The partnership combines KoolLogix’s expertise in cooling with A*Star’s research in AI, predictive maintenance, and digital twin technologies. This collaboration aims to develop energy-efficient cooling solutions tailored for AI and GPU-driven data centers.
3. What makes the KoolLogix cooling solutions sustainable?
KoolLogix’s cooling solutions, like the HRM50 series, use innovative designs that reduce energy consumption by eliminating the need for pumps and compressors. This leads to a more efficient cooling process with less environmental impact.
4. How does the A*Star research agency contribute to the development of cooling solutions?
A*Star brings expertise in computational fluid dynamics, advanced modeling, and digital technologies. These capabilities are crucial in optimizing KoolLogix’s cooling systems for improved performance and energy efficiency.
5. What are the key benefits of the KoolLogix cooling systems?
KoolLogix’s systems offer several advantages, including high heat removal capacity, energy efficiency, lower operational costs, and reduced environmental impact. These features make their solutions ideal for modern, high-density data centers.
