Cooling is far more than just a technical consideration—it plays a vital role in ensuring performance, uptime, and energy efficiency. In this post, we’ll take a closer look at four of the most common data center cooling technologies: CRAC, CRAH, thermal wall, and RDHx.

Our team members come from diverse and experienced backgrounds in electrical training, and many have been in critical power for years. Each month, we feature a new team member, providing a deeper look into each one’s experiences, background, and expertise.

Our new thermal wall cooling system redefines high-density cooling capacity to meet the increasing demands on hyperscale and colocation data centers.

The battery is a vital part of the UPS system, which is why Mitsubishi Electric has a rigorous approach to UPS battery testing. Not all batteries or battery test scripts are created equal. Let's discuss why!

Let’s dive into what the UL 9540 ESS requirements are and how Mitsubishi Electric can help you through the process.

Data centers that historically ran IT workloads consistently requiring 60-80% of designed power capacity with peak usage occurring during weekday business hours may now experience immediate power demands for full capacity at any time throughout the day.

Sodium-ion development was overshadowed by the commercial promise of Lithium-ion in the 1990s. Sodium-ion batteries experienced a newfound interest in the 2010s. Let's discuss which Sodium-ion chemistries could impact the UPS industry.

If downtime in your business equals disaster, Mitsubishi Electric achieves the highest reliability among backup power electronic suppliers.