Accelsius

Accelsius wants to wish you all a very happy holidays! We're so grateful for all of you who supported us this year. Whether it was visiting with us at trade shows, attending our webinars, reading our white papers, or simply taking the time to talk with us about our NeuCool™ technology, we're honored to have had the chance to chat with you about our mission to optimize cooling for the data center industry. We hope you have a wonderful (and restful) break! We look forward to keeping it cool with you in 2025.

This December, Accelsius participated in a food drive to benefit the Central Texas Food Bank and its efforts to combat hunger across Texas over the holiday season. Led by Facility Manager Frederick Schmitz, our fantastic team collected and donated a wide array of food for Central Texas communities. "It is important for us to be able to give back to the local community during the holiday season," said Schmitz. We couldn't agree more! Thanks so much to everyone who donated.

Last week, Accelsius published an article on the reasons why retrofitting shouldn't be readily dismissed as an option for operators seeking to accommodate high-demand AI workloads. READ HERE: https://lnkd.in/gsuVC-A7 While retrofits might be commonly perceived as prohibitively expensive, there are other, hidden costs associated with a greenfield-centric approach. The amount of time it takes to build a new data center from scratch, for example, is almost always outstripped by the breakneck pace of chip development, whereas retrofits often take less than a year. The strain on our industry's available power supplies is also critical to consider. At a time when data centers are poised to consume 9% of America’s energy by 2030, it's important to recognize the ways we can upgrade existing infrastructure to optimize efficiency, such as implementing the latest advancements in cooling technology. Be sure to read the full article to learn more about why retrofitting might be the best approach for many data centers in our booming industry.

IN CASE YOU MISSED IT: "Power is becoming increasingly constrained," writes technology journalist Danny Bradbury in our latest white paper. "For data center operators, coping with this power problem is like hitting a moving bullet." READ HERE: https://lnkd.in/eEfhHDkc Bradbury outlines one of the core issues facing our industry: simply put, data centers aren't keeping pace with chip development. While "GPU-processing capabilities and power consumption are developing at breakneck speed," it can take data center operators 3-5 years on average to build a new facility. The solution? Liquid cooling. Or, more specifically: two-phase, direct-to-chip liquid cooling, which can offer critical benefits such as increased efficiency, cost effectiveness, and future-proofing. Read the full white paper to learn more about why liquid cooling has rapidly changed from a "nice-to-have" to "must-have," and why two-phase, direct-to-chip liquid cooling has emerged as the most promising way to keep up with increased energy pressures.

This Wednesday, our CTO Dr. Richard Bonner joined a group of esteemed panelists and moderators for a lively discussion on how to keep things cool as interest in AI continues to heat up. Entitled "State of the Data Center Industry," this panel, held at ARPA-E's annual COOLERCHIPs meeting, discussed the latest advancements in data center cooling initiatives, as the industry at large seeks to optimize efficiency while accommodating increasingly power-hungry workloads. Thanks to everyone for such a great panel! And thanks to everyone who attended this great conversation among industry leaders.

NEW WHITE PAPER: Data Center Frontier has published a special report on the ways in which modern data centers have rapidly shifted to liquid cooling due to booming demand for artificial intelligence and machine learning. FREE DOWNLOAD HERE: https://lnkd.in/d3FE3MdK If you're curious to explore today's liquid cooling market, be sure to read the full report for the answers to these critical questions: 💧 Why is now the time to deploy liquid cooling? 💧What is the direct impact of liquid cooling? 💧What liquid cooling technologies are currently available for high-density rack cooling? The report also includes tips for identifying the right partners when deploying two-phase, direct-to-chip cooling. Read through the full white paper for an insightful Q&A with industry leaders to maximize success throughout each stage of your next data center project.

Accelsius is pleased to announce it's officially one of Network World's Best of Networking (BENNY) award winners! READ FULL RELEASE: https://lnkd.in/e49gWM64 Awarded in the "Best of the Rest" category, Accelsius' NeuCool™ technology was considered as one of the year's "best and most innovative products of the year," according to Network World. "Data center operators need to be prepared to accommodate AI workloads...while keeping cooling and electricity costs under control," wrote BENNY Awards judge Neal Weinberg. "Accelsius' NeuCool two-phase direct-to-chip liquid cooling technology enables energy savings of up to 50% compared to air cooling and requires zero water consumption." Special thanks to Network World and the BENNYS for honoring us with this award! If you'd like to read more about our NeuCool technology, be sure to download their special digital issue covering the awards: https://lnkd.in/eZBJ3zUr

NEW ARTICLE: "Existing data centers have played a pivotal role in reaching our industry's current success," writes Jordan Sutlive in the latest article from Accelsius. "It's time to upgrade and enable their cooling infrastructure to better support our exciting future." READ HERE: https://lnkd.in/gsuVC-A7 In this article, Sutlive outlines the reasons why retrofitting shouldn't be readily dismissed as an option for operators seeking to accommodate high-demand AI workloads. While retrofits might be commonly perceived as prohibitively expensive, there are other, hidden costs associated with a greenfield-centric approach. The amount of time it takes to build a new data center from scratch, for example, is almost always outstripped by the breakneck pace of chip development, whereas retrofits often take less than a year. The strain on our industry's available power supplies is also critical to consider. At a time when data centers are poised to consume 9% of America’s energy by 2030, it's important to recognize the ways we can upgrade existing infrastructure to optimize efficiency, such as implementing the latest advancements in cooling technology. Be sure to read the full article to learn more about why retrofitting might be the best approach for many data centers in our booming industry.

THIS WEDNESDAY: Dr. Richard Bonner, CTO of Accelsius, will be participating in a panel at the ARPA-E COOLERCHIPS annual meeting in Reston, Virginia. WHEN: Wednesday, December 11th @ 9:15-9:55 AM WHERE: The Hyatt Regency in Weston, VA Entitled "State of the Data Center Industry," this panel is set to discuss the latest advancements in cooling initiatives for the industry at large, including two-phase, direct-to-chip liquid cooling. Dr. Bonner will join moderator Rakesh Radhakrishnan and fellow panelists Dr. Moises Levy, Ph.D. and Mukul Anand to discuss the ways in which cooling innovations have increasingly become an imperative in the age of AI. If you plan to attend this meeting, please be sure to watch Dr. Bonner's panel to gain the latest insights on the world of liquid cooling.

NEW PUBLICATION: In the latest issue of Electronics Cooling Magazine, Dr. Serdar Ozguc, alongside Dr. Qingyang Wang, Akshith Narayanan, and Dr. Richard Bonner, presented their latest research on two-phase cooling. READ HERE: https://lnkd.in/eFc5Naha Entitled "Mitigating Flow Maldistribution in Data Center Two-Phase Cooling Systems with Flow Restrictors," our team of thermal scientists investigated several methods to improve distribution of coolant throughout a two-phase system. Special thanks to our team of scientists for their continued advancements in the art of two-phase cooling! Be sure to read the article to gain the entirety of their critical insights.