EV production is growing at a rapid rate. It is critical to maintain optimal battery temperatures during production to preserve the battery’s performance capacity and ensure its full lifespan.
To meet the surging demand in the AI, high-performance computing (HPC) and enterprise markets, CoolIT is working with Gates to develop efficient and reliable liquid cooling solutions.
After a four-or five-year hiatus, I returned to the AHR Expo—the HVACR industry’s most popular event. Per usual, the aisles of the show floor were filled with buzzwords, and among those that topped the list was “uptime.”
It shouldn’t be a case of considering only air or only liquid cooling. Instead, the key is to understand the tradeoffs of each cooling technology and what makes the most sense for each individual business case.
By employing a closed-loop design, these units effectively seal out ambient air, ensuring the recirculation of clean, cool air throughout the enclosure.
Developing an understanding of liquid cooling technologies is crucial for making informed decisions about the future of our data centers, especially in light of rising IT equipment demand and evolving sustainability requirements.
As the built environment continues to change, two building types have remained in high demand: data centers and warehouses. But, further innovation in these building types is lagging.
The American Society of Heating, Refrigerating and Air-Conditioning Engineers, ASHRAE, has released the latest version of its energy efficiency standard for existing buildings.
On-Demand In this third session we will examine how DCIM can manage the ongoing challenges of moves, adds and changes, while continuous helping to optimize energy efficiency.