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Valeo and ZutaCore Introduce Game-Changing Cooling Solutions

In a significant advancement for energy-efficient cooling in data centers, Valeo has officially started commercial production of its innovative Heat Reuse Units (HRUs) integrated with ZutaCore's cutting-edge HyperCool waterless direct-to-chip liquid cooling technology. This notable collaboration marks a turning point in the quest for greener, more sustainable solutions in AI factories, aimed at meeting the growing demand for high-density server cooling while minimizing environmental impact.

The newly developed HRUs deliver a robust cooling power of 60kW within a compact three rack unit (3RU) size, enabling efficient operation without the traditional water requirements. With the increasing emphasis on sustainable practices and reduced carbon footprints, this zero-emission technology is set to redefine the standards in data center operations. ZutaCore’s CEO, Erez Freibach, highlighted the revolutionary nature of their system, which has the capability to increase processing density by up to 300%. These attributes are crucial as AI technologies demand higher power and cooling efficiencies to maintain performance stability.

Focus on Sustainable AI Factories

AI-driven industries are increasingly relying on data centers that can effectively cool high-density setups. Traditional cooling methods often fall short in efficiency and have substantial environmental implications. The combined efforts of Valeo and ZutaCore respond directly to these challenges, offering a system that not only maximizes cooling power but also promotes energy reuse. This aligns perfectly with Valeo’s commitment to creating cleaner, safer, and smarter mobility solutions.

Valeo’s HRUs are designed with features such as hot-swappable pumps, significantly reducing maintenance downtime and enhancing operational efficiency. The system is capable of efficiently producing hot water exceeding temperatures of 65°C, further reinforcing its suitability for heat reuse applications.

Promoting Innovation at CES 2025

This cutting-edge collaboration will be showcased at the upcoming Consumer Electronics Show (CES) 2025, allowing attendees an in-depth look at the practical applications of these technologies. Demonstrations featuring real-time pool-boiling capabilities using NVIDIA GPUs will illustrate the immense potential of the partnership, putting into perspective the role of innovative cooling solutions in the rapidly evolving world of artificial intelligence.

Valeo’s President, Xavier Dupont, emphasized the relevance of this technology against the backdrop of global energy sustainability goals. He stated, “Making data centers reliable while reducing their environmental impact is paramount today. Our partnership with ZutaCore embodies a commitment to merging advanced technology with sustainable practices, showcasing how the automotive industry can influence data center efficiency.”

A Long-Term Strategic Partnership

Earlier this year, Valeo and ZutaCore entered into a four-year commercial agreement to enhance their technological capabilities for liquid cooling solutions designed for the high-density server market. This partnership signifies a considerable step toward addressing the increasing demand for efficient cooling methods in the backdrop of rising AI workloads.

ZutaCore itself has been a pioneer in creating a zero-emission data industry, focusing on next-generation liquid cooling strategies. Founded in 2016, the company has its base in San Jose, California, with R&D facilities in Israel and operations spread across Europe, India, and Taiwan. Their HyperCool technology represents a significant leap in cooling solutions, ensuring high-performance levels, server densification, and energy efficiency in protocols catering to today’s demanding computing workloads.

As both companies forge ahead in this strategic partnership, they are poised to lead the way in transforming how data centers operate for AI and machine learning, setting benchmarks in sustainability, efficiency, and technological excellence.